National Aeronautics and Space Administration

Langley Research Center • Hampton, Virginia 23681-0001

NASA Technical Memorandum 4648

Mach 10 Experimental Database of a

Three-Dimensional Scramjet Inlet Flow Field

Scott D. Holland

Langley Research Center • Hampton, Virginia

September 1995
Printed copies available from the following:

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National Aeronautics and Space Administration.

Available electronically at the following URL address: http://techreports.larc.nasa.gov/ltrs/ltrs.html
iii

Contents

Summary. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1

Symbols . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1

Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1

Experimental Program . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2

Model Description. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2

Description of Wind Tunnel Facility . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

Test Conditions and Test Matrix. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

Pressure Measurements. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

Surface Temperature Measurements. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

Oil Flow Visualization . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

Data Reduction and Uncertainty . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

Model Alignment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

Pressure Measurements. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

Surface Temperature Measurements. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

Presentation of Experimental Database . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6

Contour Plots. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6

Approximate shock locations. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6

Contour levels and observed trends . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6

Line Plots. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7

Contraction ratio effects. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7

Reynolds number effects . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7

Cowl position effects . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

Oil Flow Results . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

Surface Temperature Measurements. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

Exit Plane Flow Field Surveys . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

Concluding Remarks . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

References . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

Figures . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

Appendix . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 64

Summary

The present work documents the experimental database of a combined computational and experimental

parametric study of the internal aerodynamics of a

generic three-dimensional sidewall-compression scramjet inlet configuration at Mach 10. A total of 256 channels of pressure data, including static pressure orifices,

pitot pressures, and exit flow rakes, along with oil flow

and infrared thermography, provided a detailed experimental description of the flow. Tests were performed in

the Langley 31-Inch Mach 10 Tunnel for three geometric

contraction ratios (3, 5, and 9), three Reynolds numbers

(Re = 0.55 × 106 per foot, 1.14 × 106 per foot, and

2.15 × 106 per foot), and three cowl positions (cowl leading edge at the throat and two forward positions). The

forebody, modeled generically as a flat plate, extended

9 in. in front of the inlet and provided a laminar inflow

boundary layer. With increasing contraction ratio (CR),

the separation generated by the glancing shocks is

observed to grow and, for CR = 5 and 9, extend forward

of the inlet entrance. A decrease in the free-stream unit

Reynolds number (Re) of only a factor of 2 led to a similar upstream separation. Surface streamlines (oil flows)

near the entrance of the inlet indicated significant reverse

flow as the flow spilled around the inlet sidewalls. Measured pressures in front of the inlet entrance further

showed evidence of lateral pressure relief as the flow

spilled around the sidewalls. On a multiengine model (or

flight vehicle) the magnitude of such separation is anticipated to be larger due to the lack of lateral pressure relief

resulting from the presence of neighboring identical

engine modules. Although the presence of such largescale separations leads to the question of whether the

inlet is started, the presence of internal oblique swept

shock interactions on the sidewalls seems to indicate that

at least in the classical sense, the inlet is not unstarted.

The laminar inflow boundary layer therefore appears to

be very sensitive to increases in contraction ratio or

decreases in Reynolds number; only the CR = 3 configuration with 0, 25, and 50 percent cowl at Re = 2.15 × 106

per foot operated “on design.”

Symbols

a speed of sound

Cp pressure coefficient

Cx ′ distance from cowl leading edge to throat

entrance, in.

CFD computational fluid dynamics

CR geometric contraction ratio, W/g

g throat gap, in.

H height of inlet, 4.0 in.

h enthalpy

M Mach number

p pressure, psia

q dynamic pressure

Re unit free-stream Reynolds number, per foot

T temperature, °R

Tx′ distance from sidewall leading edge to throat,

9.5 in. (see fig. 3)

u velocity

W inlet width at the sidewall leading edge, in.

(see fig. 2)

x axial distance measured from baseplate leading

edge, in. (see fig. 3)

x′ local axial distance measured from sidewall

leading edge, in. (see fig. 3)

y lateral distance from plane of symmetry,

measured from centerline toward sidewall, in.

(see fig. 3)

ywall local inlet width at a given axial station, in.

Z vertical distance from baseplate, defined for

convenience as the negative of z, in. (see fig. 3)

z vertical distance from baseplate, in. (see fig. 3)

δ sidewall compression angle, deg

Λ leading-edge sweep angle, deg

μ viscosity

ρ density

Subscripts:

t,1 tunnel stagnation conditions

t,2 post-normal-shock conditions

∞ free-stream conditions

Introduction

The present work documents the experimental database of a combined computational and experimental

parametric study of the internal aerodynamics of a

generic three-dimensional sidewall-compression scramjet inlet configuration measured in the Langley 31-Inch

Mach 10 Tunnel. The complete study was designed to

demonstrate the utility of computational fluid dynamics

as a design tool in hypersonic inlet flow fields, to provide

a detailed account of the nature and structure of the internal flow interactions, and to provide a comprehensive

surface property and flow field database to determine the
2

effects of contraction ratio, cowl position, and Reynolds

number on the performance of a hypersonic scramjet

inlet configuration. The work proceeded in several

phases: the initial inviscid assessment of the internal

shock structure, the preliminary computational parametric design study, the coupling of the optimized configuration with the physical limitations of the facility, the wind

tunnel blockage assessment, and the computational and

experimental parametric study of the final configuration.

An overview and discussion of the entire program with

comparative computational and experimental results is

provided in reference 1. The primary purpose of the

present work is to present the experimental database. (A

companion document (ref. 2) presents the computational

results.) The experimental database includes static pressures, pitot pressures, and exit flow rake pressures, along

with oil flow visualization and infrared thermography to

yield a detailed experimental description of the flow. The

tests were performed at Mach 10 for three geometric contraction ratios (CR = 3, 5, and 9), three Reynolds numbers (Re = 0.55 × 106 per foot, 1.14 × 106 per foot, and

2.15 × 106 per foot), and three cowl positions (at the

throat and two forward positions). Discussions of the test

facility and testing techniques are also presented. Tabulated data are presented in the appendix. These data are

also available electronically in a tab-delimited ASCII file

from the following URL:

http://techreports.larc.nasa.gov/ltrs/ltrs.html

Because this document represents a data release, the

reader is strongly encouraged to refer to the primary document (ref. 1) for detailed analysis of the results.

Extensive study has been devoted to the threedimensional sidewall-compression scramjet inlet for a

variety of test conditions, both computationally and

experimentally (see, for example, refs. 3–8) for application to airframe-integrated, air-breathing hypersonic propulsion systems. One such generic integrated concept,

shown in figure 1, makes use of the forebody bow shock,

which precompresses the flow in the vertical direction

prior to the inlet entrance. The three-dimensional

sidewall-compression scramjet inlet (fig. 2) accomplishes further compression in the horizontal direction

via the wedge-shaped sidewalls. The leading edges of

these sidewalls are swept both to reduce the aerothermal

loads on the leading edge and to provide a window for

spillage at the lower Mach numbers to aid in starting the

inlet. The present configuration was designed based on

the results of a computational parametric study (reported

in ref. 9). Although geometrically simple, inlets of this

genre generate a very complicated flow field in which

corner flow, shock-induced separation, and shock-shock

and shock-boundary-layer interactions are among the

flow characteristics. The desired result of the interactions

generated by the inlet is the delivery of a nearly uniform,

supersonic, compressed flow at the combustor face. The

prediction of such complicated flow fields is of particular

interest to vehicle designers and analysts for whom high

local pressure gradients and high heating influence the

total aerodynamic and structural design of the flight

vehicle.

Experimental Program

Model Description

The leading-edge sweep Λ and the sidewall compression angle δ were fixed at 45° and 6°, respectively

(fig. 3). The model was injected into the tunnel in flight

orientation, with the cowl on bottom. The inlet sidewalls

were 4.0-in. tall with an overall length of 21 in. and were

mounted on a 30-in.-long flat plate (referred to as the

baseplate) which provided the inflow laminar boundary

layer. The baseplate extended 9 in. ahead of the inlet

entrance plane (fig. 3). The entire model was manufactured of oxygen-free high-conductivity (OFHC) copper

to allow for rapid conduction of heat away from the sharp

leading edges. Additionally, the outboard sides of all surfaces near the leading edges were flame sprayed with zirconium oxide, an insulating material. This, combined

with the high thermal conductivity of the copper, preserved the integrity of the surfaces while helping to

maintain a nearly uniform temperature distribution over

the entire model. Pitot probes at the same axial location

as the baseplate leading edge (in connection with settling

chamber pressure and temperature) provided tunnel flow

conditions. For selected runs, the exit plane was traversed by an 11-probe core flow rake (0.040-in. ID stainless steel) which spanned the center 2.85 in. of the internal flow. A photograph of the inlet model is presented in

figure 4.

The geometric contraction ratio (CR) is defined as

the ratio of the inlet entrance width to the throat gap, W/g

(fig. 2), and can be varied by laterally moving the sidewalls closer together. (Contraction ratios of 3, 5, and 9

were tested; table 1 provides the nominal values of W

and g for each contraction ratio.) To prevent covering

numerous orifices concentrated in the sidewall-baseplate

corner region when moving the sidewalls closer together,

it was deemed more efficient to fix one sidewall and

heavily instrument that corner. An increase in contraction ratio was accomplished by repositioning the movable sidewall. Although this has the disadvantage of having three effective centerlines, it minimizes the number

of orifices covered (and hence rendered useless) when

the contraction ratio is increased. Static pressure orifices

were oriented such that effective centerline pressure distributions could be obtained for each contraction ratio.

Pressure orifices located in lateral arrays provided the
3

horizontal pressure distribution at 25 axial stations

between the leading edge of the baseplate and the exit at

the inlet throat (fig. 5). Because inviscid shock interactions and impingements occurred along lines of constant sweep, vertical arrays of orifices on the sidewalls

were swept at the leading-edge sweep angle (fig. 6). The

centerline of the cowl was also instrumented with 15

static pressure orifices.

The cowl position was defined by the forward extent

of the cowl leading edge ahead of the throat entrance Cx′

as a percentage of the distance between the sidewall

leading edge and the throat entrance Tx′

 (fig. 6).

Thus, when the cowl leading edge was moved forward

halfway between the beginning of the throat and the

sidewall leading edge, it was termed “50 percent cowl”

(Cx′

/Tx′ = 0.50). Likewise, when the cowl was forward of

the throat by one-quarter of the distance between the

throat and the sidewall leading edge, it was termed

“25 percent cowl” (Cx′

/Tx′ = 0.25). Finally, when the

cowl was located at the throat entrance, it was termed

“0 percent cowl” (Cx′

/Tx′ = 0.00).

Description of Wind Tunnel Facility

The facility used for the present work was the

Langley 31-Inch Mach 10 Tunnel, located at the NASA

Langley Research Center. A brief outline of the tunnel

performance characteristics can be found in reference 10;

a lengthier discussion, in reference 11, of which the following is a summary. Formerly known as the Langley

Continuous-Flow Hypersonic Tunnel, this facility

was originally designed to run in a blowdown start,

continuous-flow mode. Because of energy conservation

measures, the facility has operated in a blowdown mode

only since the mid-1970’s. The test gas, dry air, is supplied from the air storage system, having a volume of

875 ft3 and rated for a maximum pressure of 4400 psia. A

12.5-MW electrical resistance heater located in a vertical

pressure vessel heats the gas to a nominal temperature of

1850 ̊R to prevent air liquefaction in the 31- by 31-in.

square test section. The maximum reservoir pressure is

approximately 1500 psia. Screens are placed at the

upstream end of the 12-in.-diameter settling chamber,

which is faired into the upstream end of the 1.07- by

1.07-in. square throat. The settling chamber, nozzle,

throat, test section, adjustable second minimum, and subTable 1. Inlet Entrance and Throat Gaps for Each

Contraction Ratio

CR W, in. g, in.

3 3.00 1.00

5 2.50 .50

9 2.25 .25

sonic diffuser are all water cooled. Beckwith and Miller

(ref. 12) point out that because of its unique threedimensional contoured design, the Mach 10 nozzle is

free of the centerline disturbances characteristic of axisymmetric contoured nozzles. Primarily because of this

highly uniform core flow, Miller (ref. 13) identified this

facility as particularly attractive for CFD computer code

calibration studies.

The model is supported on a hydraulically operated,

sidewall-mounted injection system (fig. 7) capable of

injecting the model to centerline in less than 0.6 sec.

Prior to injection, the model is stored in a housing isolated from the test section by a sliding door. This enclosure rotates about a vertical axis to provide access to the

model. Though somewhat inconvenient in that it blocks

the optical path for the schlieren, this sidewall-mounted

rotating arrangement was designed to allow access to the

model without opening the test section to atmosphere

when the tunnel was run in the continuous-flow mode.

Test Conditions and Test Matrix

Nominal test conditions for the present test were

chosen to provide as large a range of Reynolds numbers

as possible and to coincide with conditions for which

previous facility calibrations had been performed. Tests

were performed at Mach 10 for nominal reservoir pressures of 1450, 720, and 350 psia at a reservoir temperature of 1850°R. This yielded free-stream unit Reynolds

numbers of 2.15 × 106

 per foot, 1.14 × 106 per foot, and

0.55 × 106

 per foot, respectively. Nominal free-stream

static pressures were quite low: 0.03, 0.016, and

0.009 psia, respectively. (Flow conditions specific to

each run are tabulated with the pressure data.) Generally

the pitot pressure at the test section is not obtained during

the run because of the orientation of the injection system

and location of the model in the facility. Thus, the test

section flow conditions were obtained using measured

values of reservoir pressure pt,1, temperature Tt,1, and the

results of an unpublished calibration. As discussed in reference 14, the computation of free-stream conditions is

performed accounting for imperfect gas effects in the reservoir and assuming an isentropic expansion from the

reservoir to the test section. The present model did, however, have pitot probes to measure the free-stream pitot

pressure, but because the measured pressures agreed with

the facility calibration within the accuracy of the measurement, the procedure to calculate free-stream conditions remained unmodified.

Holland et al. (ref. 15) performed an experimental

wind tunnel blockage study to determine the effect of the

size of the model on the performance of the facility.

Despite the fact that the maximum cross-sectional area of

the model exceeded 30 percent of the inviscid test core,
4

no evidence of tunnel blockage was noted, based on both

pitot pressure measurements of the free stream and static

pressure measurements along the tunnel sidewall.

The test matrix was then constructed to examine

three principal parametric variables: contraction ratio,

cowl position, and Reynolds number. Each of these variables has 3 nominal values, yielding 27 configurations to

be tested. Run numbers (and table numbers for the tabulated data in the appendix) are provided in tables 2, 3,

and 4 for free-stream unit Reynolds numbers of

0.55 × 106 per foot, 1.14 × 106 per foot, and 2.15 × 106

per foot, respectively. (Configurations having more than

one run number were used as a check on repeatability.)

Pressure Measurements

The pitot pressures and surface static pressures were

measured by an electronically scanned pressure (ESP)

silicon sensor (ESP-32 model 780B, manufactured by

Pressure Systems, Inc. (PSI)). The ESP modules each

contain 32 sensors and were located inside a bay on the

Table 2. Run Numbers and Appendix Table Numbers for

Re = 0.55 × 106 Per Foot

0 percent cowl 25 percent cowl 50 percent cowl

CR Run Table Run Table Run Table

3 64 A27 61 A24 58 A21

5 44 A8 41 A5 37 A1

38 A2

9 47 A11 50 A14 55 A18

Table 3. Run Numbers and Appendix Table Numbers for

Re = 1.14 × 106

 Per Foot

0 percent cowl 25 percent cowl 50 percent cowl

CR Run Table Run Table Run Table

3 65 A28 63 A26 59 A22

67 A30

5 45 A9 42 A6 39 A3

9 48 A12 52 A15 56 A19

Table 4. Run Numbers and Appendix Table Numbers for

Re = 2.15 × 106 Per Foot

0 percent cowl 25 percent cowl 50 percent cowl

CR Run Table Run Table Run Table

3 66 A29 62 A25 60 A23

5 46 A10 43 A7 40 A4

9 49 A13 53 A16 57 A20

54 A17

model to minimize tubing length and hence settling (lag)

time. Pressures were observed to settle in less than 1 sec,

allowing for very short run times and hence a minimum

heating exposure to the model. In order to maintain the

ESP modules at constant temperature, atmospheric air

was bled into the ESP bay. Thermocouples placed in the

bay on each module indicated that the temperature

increased by no more than 1°F during the run. In anticipation of widely differing pressure ranges on the model,

the pressure orifices were connected to modules rated for

either 0.36, 2.5, or 5.0 psi full scale.

The calibration of the ESP system was accomplished

in situ prior to each run by sequentially applying three

known pressures (chosen to span the range of expected

measured pressures) to the ESP module and measuring

the voltage output. From these three pressure-voltage

points, a second-order curve fit defined the pressurevoltage relationship (which was essentially linear). The

calibration coefficients for each pressure port were stored

in the data acquisition computer (HP 9000 series 300) so

that the output voltage could be converted to measured

pressure. Calibration pressures (vacuum levels) were

provided by connecting the modules to a turbomolecular

vacuum pump and were measured with a DIGIQUARTZ

calibration standard (a high-accuracy vibrating quartz

pressure standard manufactured by Paroscientific, Inc.).

The vacuum reference for the differential sensors was

also provided by a turbomolecular vacuum pump.

Surface Temperature Measurements

The primary objective of the infrared (IR) measurements is the verification of wall thermal boundary conditions for the computational work. The technique for

obtaining surface temperature distributions using IR

thermography has been well described in references 16

and 17; the latter is briefly summarized here. Infrared

radiation is the thermal radiation emitted from an object

solely due to its temperature and falls within the 0.7- to

30-μm range of the electromagnetic spectrum. Infrared

imaging systems are used to detect that radiation and

convert it to a two-dimensional monochrome image of

the infrared radiation intensity variations across the

target. For the present test, a commercially available

Agema 880 infrared imaging system was used. This system is sensitive to the 8- to 12-μm range of the electromagnetic spectrum and is shown schematically in

figure 8. The device contains a single mercury-cadmiumtelluride detector cooled by liquid nitrogen. A televisiontype raster scanning of the target area was obtained

by a pair of synchronized mirrors (also shown in fig. 8).

A zinc selenide window optimized for 98 percent

transmission of IR radiation in the 8- to 12-μm range was

installed at the bottom wall of the Langley 31-Inch

Mach 10 Tunnel test section. Prior to the IR runs, the
5

model was painted flat black to decrease surface reflectivity. Pixel intensity to temperature conversion was

accomplished via a calibration based on comparison with

thermocouple data.

Oil Flow Visualization

Surface flow visualization by means of surface oil

flow has been common practice in many wind tunnel

investigations (see, for example, ref. 18 or 19). The

method consists of applying a base coat of a low viscosity (in this case, 50 centistokes) vacuum oil to the surface

of interest. For the present test, a nontoxic, nonirritating

silicone fluid (available in a wide range of viscosities)

was used. Discrete dots of a mixture of a higher viscosity

(in this case, 200 centistokes) oil with white artist’s paint

were placed on the surface prior to the run. Oil placed on

external surfaces was monitored during the run and compared with postrun photographs to ensure that model

injection and retraction did not smear the oil flow patterns. Postrun photographs of the oil streaks were used to

obtain a qualitative, global indication of surface flow

interactions.

Data Reduction and Uncertainty

Model Alignment

The model was mounted to a rotating disk inset in

the tunnel injection plate. Although the angle of attack

could not be varied during the run, the angle of attack

could be set and locked in place prior to a run. With the

model injected into the test section, the angle of attack

was set to 0°, as measured by an inclinometer (Hilger and

Watts vernier angle gauge, model B), which has a measurement uncertainty of ±0.0083°. Sidewall spacing and

alignment were accomplished with a specially machined

spacer-alignment block assembly. The block assembly

consisted of matching pairs of fore and aft bars that

pinned the movable sidewall to the fixed sidewall at a

specified spacing while the sidewall was bolted to the

baseplate. Fit and alignment were periodically checked

with the block assembly to assure that the sidewall had

not been moved by aerodynamic loading. The machining

tolerance on the block assembly was ±0.002 in., which

yielded an alignment uncertainty of ±0.018° and an

uncertainty in the nominal contraction ratios (3, 5, and 9)

of ±0.002, ±0.007, and ±0.04, respectively. Pressure

orifices on opposing sidewalls were also compared to

ensure correct alignment.

Pressure Measurements

For the wall static (mean) pressure measurements,

the sampling rate was hardware limited to 4 frames/sec

and a total of 40 frames (10 sec) of data. Each frame consisted of an average of 8 samples. As previously noted,

the pressures were observed to settle (asymptotically

approach a constant value) in less than 1 sec, so that data

at 2 sec into the run are reported. (This time was selected

to be late enough into the run to be assured of settled

pressures and early enough to minimize heating to

the model and hence the deviation from the constanttemperature thermal wall boundary condition applied in

the computational portion of the work.)

Manufacturer specifications indicate that the overall

pressure measurement system uncertainty was 0.07 percent of full scale. Thus the largest error was obtained

when the lowest pressures were measured. For example,

0.07 percent of full scale for a 0.36-psi module corresponds to an uncertainty of 0.00025 psi. For pressures in

the vicinity of free-stream static pressure (0.03 psi for

Re = 2.15 × 106 per foot), the relative measurement

uncertainty was 0.84 percent. At the lowest Reynolds

number (0.55 × 106 per foot), the free-stream static pressure is approximately 0.009 psi; at that level, the relative

uncertainty would be 2.8 percent. For the 2.5-psi module,

a 0.07-percent full-scale uncertainty corresponds to

0.00175 psi. Ideally this range would be used to measure

pressures no lower than the maximum of the next lowest

range pressure model (0.36 psi). In this case, the relative

uncertainty is 0.5 percent. In order to prevent the 0.36-psi

modules from being overscaled, orifices where the maximum anticipated pressure for any given configuration in

the test matrix exceeded 0.3 psi were connected to the

2.5-psi module. This led to a few instances where, for

some configurations, the 2.5-psi module was used

to measure pressures below 0.36 psi. For the

Re = 2.15 × 106 per foot runs, the lowest measured pressure for this range module was 0.13 psi, and the corresponding relative uncertainty was 1.3 percent. For the

Re = 0.55 × 106 per foot runs, the minimum pressure fell

to approximately 0.07 psi, representing a relative uncertainty of 2.5 percent. The 5.0-psi modules were used

strictly for pitot measurements, for which the worst case

relative uncertainty was 0.35 percent. Thus for the high

Reynolds number runs, the worst case relative uncertainty in the pressure measurements was 1.3 percent, and

for the low Reynolds number runs, 2.8 percent. Additionally, run-to-run repeatability was examined for three configurations. Most gauges demonstrated repeatability to

within 1 percent; however, for a few gauges the deviation

reached as high as 4 percent, yielding an average run-torun repeatability of within 2 percent.

Surface Temperature Measurements

A spatial resolution of 0.08 in. was obtained with the

present scanning system. The thermal resolution was

0.1°C (for the 20° to 100°C range of calibration). The

data were digitized with an 8-bit resolution and displayed
6

and stored as 140 lines of data with 140 samples across

each line. The system was calibrated by placing a blackbody radiator in the tunnel at the location that would be

occupied by the model during the run. The infrared

imager then scanned the blackbody and the results were

compared with the output of a thermocouple placed on

the blackbody. The results revealed a temperature measurement uncertainty of 1.7°C over the 20° to 100°C calibration range.

Presentation of Experimental Database

During the course of the extensive test program,

voluminous quantities of data were obtained. Eight

ESP-32 (electronically scanned pressure) sensors provided 256 channels of data. A total of 89 pressure orifices were located on the sidewall and 131 on the baseplate. Contour plots of the pressures on these surfaces are

presented for comparison of the salient features among

the configurations. (Shock locations based on an approximate inviscid analysis are also presented for reference.)

Individual line plots of the various lateral and axial

arrays of static pressure orifices are also presented to provide a comparison of the relative magnitudes. In order to

minimize the total number of plots, these data are presented by way of comparison plots, comparing the

effects of contraction ratio, cowl position, or Reynolds

number. A general discussion of data trends and their

relation to the internal flow physics is included for

selected comparison plots, although the reader is directed

to reference 1 for a complete analysis.

Contour Plots

Approximate shock locations. The effects of contraction ratio on shock position, compression, and spillage may be approximated through a modification to twodimensional inviscid oblique shock theory. (See ref. 20.)

Although the method is an approximation of the inviscid

flow field (because of the assumption of straight, planar

shocks), it is useful for initial parametric analyses. A 6°

wedge swept at 45° generates a shock sheet that

impinges on the sidewall approximately 10 in. aft of the

leading edge (x′/Tx′ = 1.06). Table 5 provides the location of the inviscid glancing shock intersection at the

centerline and the reflected shock sidewall impingements

both in inches and as a percentage of the distance from

the leading edge to the throat (x′/Tx′

) for contraction

ratios of 3, 5, and 9. The table demonstrates that there

exists a forward progression of the shock interactions

with increasing contraction ratio. The approximate inviscid shock locations determined in this fashion are

included in the contour plots for reference and are

denoted by dashed lines.

Contour levels and observed trends. Because the

orifices were concentrated in the expected interaction

regions, third-order Lagrangian interpolation was used to

obtain additional points to regularize the locations for the

contour plotter, i.e., to create an N × M grid of pressure

data. In the contour plots (figs. 9–38), the pressure orifice

locations are identified with a circle; the artificially generated (or phantom) points are indicated by the small

crosshairs. Because the baseplate pressure orifices were

arranged in lateral arrays, these data posed no difficulty

to the contour plotting routine. For the sake of convenience, the outline of the cowl is drawn on the bottom of

the sidewall contour figures to mark the cowl position.

The contraction ratio is increased by positioning one

sidewall progressively closer to the other. In the baseplate contour plots, the outline of the fixed sidewall is

drawn. When the movable sidewall is positioned for

CR = 9, a portion of that sidewall is visible in the

plot and it is also sketched. Because at CR = 9 the movable sidewall covers 11 pressure orifices (namely,

orifices 172, 177, 181, 186, 191, 196, 201, 206, 211, 216,

and 221—see appendix) located on what was the centerline for CR = 3, the resolution in the throat for that configuration is slightly diminished. In order to more easily

view the contours in the throat, the lateral (Y) scale is

expanded by a factor of 3.

With 30 sets of contour plots representing the

27 configurations, there exists no convenient way to

present the plots that offers a sequential comparison of

figures. The plots are therefore arranged in groups as outlined in table 6. Some comparisons can be made by

examining sequential figures; however, it will be necessary to examine plots from different groups (nonsequentially ordered) to complete the comparisons. Plots of both

the baseplate and the sidewall for a given configuration

are placed on the same page. Figures 9–18 present pressure contours on the baseplate and sidewall for CR = 3,

5, and 9 at cowl positions of 0, 25, and 50 percent for

Re = 0.55 × 106 per foot. A similar set of plots is presented in figures 19–28 for Re = 1.14 × 106 per foot.

Likewise, figures 29–38 present the contraction ratio and

cowl location effects for Re = 2.15 × 106

 per foot.

(Figs. 17, 20, and 35 duplicate the configurations of their

respective preceding figures to demonstrate the repeatability of the data.)

Table 5. Inviscid Shock Impingement Locations

Centerline Sidewall impingement

CR x′, in. x′/Tx′ x′, in. x′/Tx′

3 8.02 0.84 10.08 1.06

5 6.68 .70 8.40 .88

9 6.01 .63 7.56 .79
7

The contour plots typically illustrate that the shocks

from the sidewall leading edge glance across the baseplate, intersect at the centerline, and impinge on the

sidewalls. The localized expansion aft of the throat

shoulder is also evident in the baseplate contours. On the

sidewall, both the cowl shock and the sidewall shock

impingement are apparent. As the contraction ratio is

increased, multiple sidewall shock impingements are evident in the pressure contours. As will be more clearly

presented in the discussion of the line plots and oil flows,

decreasing Reynolds number and increasing contraction

ratio cause regions of separation formed by the sidewall

glancing shocks to grow and extend forward of the inlet

entrance.

Line Plots

The test matrix, presented in tables 2–4, demonstrates that the combination of 3 contraction ratios,

3 cowl positions, and 3 Reynolds numbers yields a total

of 27 configurations. Because the primary purpose of this

document is to provide a data release, all of the data from

these 27 configurations are provided in tabular format;

only selected data, however, are plotted to illustrate the

observed trends. (Plots presenting contraction ratio

effects for each combination of cowl position and Reynolds number, cowl effects for every combination of

contraction ratio and Reynolds number, and Reynolds

number effects for every combination of contraction ratio

and cowl position have been presented in ref. 9.)

Contraction ratio effects. Figures 39(a)–39(h) present the contraction ratio effects for the Re = 2.15 × 106

per foot, 0 percent cowl configuration. Figure 39(a) presents the pressure distributions for CR = 3, 5, and 9 along

their respective centerlines. The viscous interaction is

evident in that the pressure is observed to be higher near

the leading edge (p/p∞ ≈ 2.3 at 1 in. aft of the leading

edge, x′/Tx′ = −0.841), relaxing back to p/p∞ ≈ 1.7 near

the inlet entrance. For CR = 3, the pressure is observed to

Table 6. Outline of Contour Plots

Re,

per foot

Cowl

position

Figure number for CR of—

359

0.55 × 106 0 percent 9 10 11

25 percent 12 13 14

50 percent 15 16, 17 18

1.14 × 106 0 percent 19, 20 21 22

25 percent 23 24 25

50 percent 26 27 28

2.15 × 106 0 percent 29 30 31

25 percent 32 33 34, 35

50 percent 36 37 38

rise monotonically to the throat (x′/Tx′ = 1.0), where the

effects of a localized expansion become evident. A secondary rise due to the multiple internal shock reflections

is noted at x′/Tx′ = 1.3. At CR = 5 and 9, a higher pressure is noted throughout the inlet and upstream of the

inlet entrance plane than for CR = 3. The forward extent

of the disturbance cannot be determined from these data

because the CR = 5 and 9 centerline orifice arrays do not

extend farther forward than x′/Tx′ = −0.1. Therefore,

figure 39(b) presents the pressure distribution down

the CR = 3 centerline (the most densely populated axial

array of orifices) for CR = 3, 5, and 9. These data identify the forward extent of the upstream influence of

the inlet at higher contraction ratios to be approximately

x′/Tx′ = −0.52.

Figures 39(c)–39(f) present lateral distributions

upstream of the inlet entrance. Of particular interest is

figure 39(e) (x′/Tx′ = −0.1052), which shows increased

pressure levels for CR = 5 and 9. The dome shape of the

pressure distribution indicates significant lateral pressure

relief as the separated flow spills around the inlet sidewalls. For a model (or flight vehicle) with multiple

engine modules, the effect on performance of such a separation is anticipated to be more detrimental because of

the lack of lateral pressure relief resulting from the presence of neighboring engine modules. Figure 39(g) presents the approximately order of magnitude increase in

cowl centerline pressure distribution with contraction

ratio (note that the pressure decrease at large values of

x′/Tx′

 is due to the divergence of the model sidewalls aft

of the inlet throat). Figure 39(h) shows the axial pressure

distribution on the sidewall centerline. Despite the large

forward separation on the baseplate and significant

increase in cowl pressure, the sidewall pressures demonstrated the forward progression of the shock impingement predicted by the approximate inviscid theory. The

inlet is therefore not believed to be unstarted in the classical sense (due to the presence of internal shocks and

hence supersonic flow); however, the large separations

represent an undesirable operating condition that may be

a precursor to classical unstart.

Reynolds number effects. As previously discussed,

an increase in contraction ratio at Re = 2.15 × 106 per

foot leads to a forward separation, as indicated by the

dome-shaped lateral pressure distribution upstream of the

inlet entrance. Figure 40 (lateral pressure distribution

upstream of the inlet entrance, x′/Tx′ = −0.1052, at

Re = 1.14 × 106 per foot and 0 percent cowl for CR = 3,

5, and 9) demonstrates that a decrease in unit free-stream

Reynolds number of only a factor of 2 is sufficient to

promote a similar forward separation for the CR = 3 configuration. This is further illustrated in figures 41(a)

and 41(b), which show Reynolds number effects on axial
8

and lateral pressure distributions (respectively) for the

CR = 3, 0 percent cowl configuration. The viscous interaction at the leading edge of the baseplate is observed in

addition to the increased compression on the baseplate

with decreased Reynolds number due to the increased

boundary-layer growth. The pressure rise on the baseplate due to the glancing shock interaction is observed to

move forward from approximately x′/Tx′ = 0.1 for

Re = 2.15 × 106 per foot to approximately x′/Tx′ = −0.2

for the lower Reynolds numbers. The increased magnitude and the dome shape of the lateral pressure distributions demonstrate a significant pressure relief due to the

lateral flow spillage with decreased Reynolds number.

As previously noted, the pressure distributions do not

indicate a classical unstart but do represent an undesirable, off-design flow condition obtained with a relatively

small decrease in free-stream unit Reynolds number.

Cowl position effects. Baseplate centerline pressure distributions for the CR = 3, Re = 2.15 × 106 per

foot configuration at 0, 25, and 50 percent cowl

(fig. 42(a)) indicate that the cowl effects are limited to

the region downstream of the throat. (Note that for

runs 60–66, an instrumentation problem led to an uncertainty of 7 percent for orifices located at x′/Tx′ < 0, which

led to a discrepancy upstream of the inlet entrance, as

shown in fig. 42(a).) The axial sidewall centerline

pressure distribution (fig. 42(b)) shows the cowl influence to be limited to the throat. The extent of the cowl

influence down the sidewall is demonstrated in figure 42(c), which shows the pressure distribution between

the baseplate (Z/H = 0) and the cowl plane (Z/H = 1.0)

along a line parallel to the sidewall leading edge, located

94 percent of the distance between the sidewall leading

edge and the throat entrance. The pressure near the cowl

plane rises with forward cowl position, but the pressure

augmentation on the sidewall is limited to Z/H > 0.5 at

this axial position. The cowl pressures are shown in figure 42(d). The pressure distributions for the three cowl

positions appear to overlap each other, indicating that the

pressure distribution on the cowl is driven primarily by

the internal shock locations and the location of the orifice

relative to the throat entrance.

An increase in contraction ratio or decrease in unit

free-stream Reynolds number was previously noted to

cause forward separation on the baseplate without evidence of a classical inlet unstart. Figures 43(a) and 43(b)

indicate that the combination of increasing the contraction ratio to 9, decreasing the unit free-stream Reynolds

number to 1.14 × 106

 per foot, and placing the cowl at

the 50-percent position may indeed yield a classical

unstart.

Oil Flow Results

Figures 44(a)–44(c) are postrun photographs of the

oil streaks for three configurations. Figure 44(a) shows

the interior wall of the inlet (for the photographs, one

sidewall and the cowl were removed following the run)

for the CR = 3, Re = 2.15 × 106 per foot, 0 percent cowl

configuration. Several features are evident. The shock

wave from the boundary-layer growth on the leading

edge of the baseplate is evident in the lower half of the

inlet. A weak feathered pattern is noted just below a line

of convergence on the sidewall near the corner, possibly

indicating the presence of a vortex. The line of convergence and the stagnant region in the corner are consistent

with the induced layer discussed in reference 21. Additionally, because the sidewall shock impinges very near

the shoulder (with no strong adverse pressure gradient

observed in the contour plot (see fig. 29)), no large-scale

separation regions are noted on the sidewall in the vicinity of the impingement. A single line of convergence is

noted arcing from the baseplate just upstream of the

shoulder and may be the only indication of a separation.

Multiple lines of convergence (possibly the result of vortices shed from the shock impingement) are noted in the

throat downstream of the impingement. Oil patterns near

the cowl plane indicate an extremely limited region of

influence of the cowl in the 0-percent position.

Figure 44(b) demonstrates the forward progression

of the shock impingement (for CR = 5, 0 percent cowl,

Re = 2.15 × 106 per foot) and the strong downturning

and separation associated with the impingement. This

photograph more clearly shows the vortex located just

below the line of convergence on the sidewall. Additionally, the effects of the baseplate leading-edge compression are also evident at about the half-height of the inlet

sidewall. Near the cowl plane, the oil streaks indicate

strong downturning at the first impingement point. A

second swept line of convergence is noted in the throat at

the second sidewall impingement point. As was the case

for CR = 3, the oil flow patterns indicate a limited cowl

influence for the 0 percent cowl.

At CR = 9 (Re = 2.15 × 106 per foot, 0 percent

cowl), figures 44(c)–44(e) indicate that the dominant

flow feature is the large-scale separation on the baseplate. Near the baseplate leading edge, the oil streaks are

observed to flow uniformly downstream until approximately x′/Tx′ = −0.4. (This corresponds well to the

observed pressure rise on the baseplate at x′/Tx′ = −0.38,

fig. 39(b).) In the immediate vicinity of the sidewall

leading edge, the surface streamlines indicate that the

flow on the surface is moving upstream and spilling around the outside of the inlet, as was suggested
9

by the dome-shaped CR = 9 pressure distribution at

x′/Tx′ = −0.1 (fig. 39(e)). As previously noted, this flow

pattern would not be duplicated exactly on a multiengine

model or flight vehicle because there would be no lateral

pressure relief due to the presence of other identical

engine modules on either side of a given module.

Because of the lack of a lateral pressure relief, this separation would likely be more severe on a flight vehicle.

Surface Temperature Measurements

Because the IR system used for the test was hardware limited to capturing 6.25 frames/sec, with the capability of storing only 1 image/sec, heat transfer data were

not obtained. Surface temperature mappings, however,

were obtained to provide a verification of the wall thermal boundary conditions imposed on the computational

solution.

Figures 45(a) and 45(b) show the temperature time

history for the axial centerline of the baseplate from

the leading edge of the flat plate to approximately

x′/Tx′ = 0.40 for a nominal free-stream unit Reynolds

number of 2.15 × 106 per foot and 0.55 × 106 per foot,

respectively. Over the first 2 sec of run time, the surface

temperature rose by a maximum of 30K at the leading

edge and 3K at 1.5 in. downstream of the leading edge

(x′/Tx′ = −0.79) for Re = 2.15 × 106 per foot, and by only

16K at the leading edge and 1K at 1.5 in. downstream of

the leading edge (x′/Tx′ = −0.79) for Re = 0.55 × 106 per

foot. Because of the reasonably small change in surface

temperature over the test time, the fixed constant boundary condition was deemed appropriate.

Exit Plane Flow Field Surveys

A movable rake containing 11 pitot probes was

installed inside the inlet to survey the throat exit

plane (fig. 3). The 11 probes were manufactured of

stainless steel tubing with a 0.0625-in. outside diameter and a 0.040-in. inside diameter. The tubes were

spaced 0.285 in. apart and were positioned in the

inlet to vertically span the center 2.85 in., i.e.,

0.575 in. < Z < 3.425 in. Prior to the run, the rake was

positioned flush against the inlet sidewall. During the

run, the rake was moved to and paused at nine lateral

locations between the sidewall and the inlet centerline (denoted on the plots by open circles) by a

microprocessor-based stepper-motor controller to within

a lateral positioning uncertainty of ±0.003 in. Prior to

completion of the run, the rake was returned to its initial

position to demonstrate repeatability with the initial location pressure measurement. (Initial tests were performed

with the rake traversing the entire throat width to determine lateral symmetry. With the symmetry thus established, the measurements were concentrated across the

half-width.)

Figures 46(a) and 46(b) present pitot rake data taken

in the exit plane of the inlet for 0 percent cowl at

Re = 2.15 × 106 per foot and CR = 3 and 5, respectively;

figure 46(c), for 0 percent cowl at Re = 0.55 × 106 per

foot and CR = 3. The data principally show the exit plane

shock structure. Despite the multiple internal reflecting

shocks, the core flow of the inlet is nominally uniform.

The shape of the experimental contours indicates some

interference effects near the sidewall in figure 46(a). This

is an expected result because pitot measurements are

highly intrusive. Results are not presented for the CR = 9

configuration because these probe interference effects

dominated the semispan because of the narrow throat. At

CR = 9, the throat half-width is 0.125 in. (2 probe diameters). Based on schlieren photographs of a 0.0625-in.-

diameter pitot probe in a Mach 6 free stream (the approximate throat Mach number), the bow shock formed

around the probe has a stand-off distance of 0.25 probe

diameters, and at the probe face, the diameter of the

shock is 1.5 probe diameters. The interaction between the

probe bow shock and the sidewall boundary layer

increases the region influenced by the probe. Thus, for

the CR = 9 configuration, the entire exit plane is

influenced by the presence of the probe, and reliable

intrusive measurements are not possible with the current

instrumentation.

Concluding Remarks

A combined computational and experimental parametric study of the internal aerodynamics of a generic

three-dimensional sidewall compression scramjet inlet

configuration has been performed. The present work

documents the experimental database developed in that

effort. The complete study was designed to demonstrate

the utility of computational fluid dynamics (CFD) as a

design tool in hypersonic inlet flow fields, to provide a

detailed account of the nature and structure of the internal flow interactions, and to provide a comprehensive

surface property and flow field database to determine the

effects of contraction ratio (CR), cowl position, and

Reynolds number (Re) on the performance of a hypersonic scramjet inlet configuration. Experimentally, a

total of 256 channels of pressure data, including static

pressure orifices, pitot pressures, and entrance and exit

flow rakes, along with oil flow and infrared thermography provided a detailed experimental description of the

flow. Mach 10 tests were performed for three geometric

contraction ratios (3, 5, and 9), three Reynolds numbers

(0.55 × 106 per foot, 1.14 × 106 per foot, and 2.15 × 106

per foot), and three cowl positions (at the throat and two

forward positions). The observations made in the study

are summarized as follows.
10

Shocks formed on the sidewall leading edges are

observed to glance across the baseplate, intersect at the

centerline, and impinge on the sidewalls. The induced

corner flow and upstream influence of the glancing

shocks are observed to be significant. With increasing

contraction ratio, the separation generated by the glancing shocks is observed to grow and, for CR = 5 and 9,

extend forward of the inlet entrance. A decrease in the

free-stream unit Reynolds number of only a factor of 2

led to a similar upstream separation. Surface streamlines

(oil flows) near the entrance of the inlet indicated significant reverse flow as the flow spilled around the inlet

sidewalls. Measured pressures in front of the inlet

entrance showed a dome-shaped pressure distribution for

the higher contraction ratios, indicating the lateral pressure relief as the flow spilled around the sidewalls.

Although the presence of such large-scale separations

leads to the question of whether the inlet is started, the

presence of internal oblique swept shock interactions on

the sidewalls seems to indicate that at least in the classical sense, the inlet is not unstarted. The combination of

decreased Reynolds number (Re = 1.14 × 106 per foot),

increased contraction ratio (CR = 9), and forward cowl

(50 percent position), however, did appear to promote a

classical unstart, with an internal compression ratio

exceeding 100. The inlet therefore appears to be very

sensitive (with respect to separating the inflow boundary

layer) to increases in contraction ratio or decreases in

Reynolds number; of the configurations tested, only the

CR = 3 configurations with 0 and 50 percent cowl at

Re = 2.15 × 106 per foot operated “on design.” For these

configurations, CFD predictions yielded good agreement; however, poorer agreement was obtained for the

highly separated flow fields.

Multiple reflecting internal swept shocks were

observed to incrementally increase the downturning (as

well as the pressure) of the flow. The pressure distribution throughout the inlet was therefore observed to

increase with increasing contraction ratio, as was the

strength of the cowl shock. Further, a forward placement

of the cowl was observed to inhibit a fraction of the

shock-induced spillage without adversely affecting starting characteristics.

NASA Langley Research Center

Hampton, VA 23681-0001

June 7, 1995

References

1. Holland, S. D.: Internal Aerodynamics of a Generic ThreeDimensional Scramjet Inlet at Mach 10. NASA TP-3476,

1995.

2. Holland, S. D.: Mach 10 Computational Study of a ThreeDimensional Scramjet Inlet Flow Field. NASA TM-4602,

1995.

3. Kanda, T.; Komuro, T.; Masuya, G.; Kudo, K.; Murakami, A.;

Tani, K.; Wakamatsu, Y.; and Chinzei, N.: Mach 4 Testing of

Scramjet Inlet Model. AIAA-89-2680, July 1989.

4. Trexler, Carl A.: Performance of an Inlet for an Integrated

Scramjet Concept. J. Aircr., vol. 11, no. 9, 1974, pp. 589–591.

5. Trexler, Carl A.: Inlet Performance of the Integrated Langley

Scramjet Module (Mach 2.3 to 7.6). AIAA-75-1212, Sept.

1975.

6. Trexler, Carl A.; and Souders, Sue W.: Design and Performance at a Local Mach Number of 6 of an Inlet for an Integrated Scramjet Concept. NASA TN D-7944, 1975.

7. Trexler, Carl A.: Tests of Two Sidewall-Compression Scramjet

Inlets at Mach 18.1 to 21.6 in Helium. NASP TM-1018, NASP

JPO, Wright-Patterson AFB, 1988.

8. Vinogradov, V. A.; Stepanov, V. A.; and Alexandrovich, E. V.:

Numerical and Experimental Investigation of AirframeIntegrated Inlet for High Velocities. AIAA-89-2679, July

1989.

9. Holland, Scott D.: A Computational and Experimental Investigation of a Three-Dimensional Hypersonic Scramjet Inlet

Flow Field. Ph.D. Diss., North Carolina State Univ., 1991.

10. Peñaranda, Frank E.; and Freda, M. Shannon, eds.: Aeronautical Facilities Catalogue. Volume 1—Wind Tunnels. NASA

RP-1132, 1985.

11. Miller, C. G.: Langley Hypersonic Aerodynamic/

Aerothermodynamic Testing Capabilities—Present and

Future. AIAA-90-1376, June 1990.

12. Beckwith, I. E.; and Miller, C. G. III: Aerothermodynamics

and Transition in High-Speed Wind Tunnels at NASA

Langley. Annual Rev. Fluid Mech., Volume 22, Annual Rev.

Inc., 1990, pp. 419–439.

13. Miller, Charles G. III: Experimental and Predicted Heating

Distributions for Biconics at Incidence in Air at Mach 10.

NASA TP-2334, 1984.

14. Miller, C. G. III: Measured Pressure Distributions, Aerodynamic Coefficients, and Shock Shapes on Blunt Bodies at Incidence in Hypersonic Air and CF4. NASA TM-84489, 1982.

15. Holland, Scott D.; Hodge, Jeffrey S.; and Perkins, John N.:

Wind Tunnel Blockage Study of a Generic Three-Dimensional

Sidewall Compression Scramjet Inlet at Mach 10. AIAA-91-

0294, Jan. 1991.

16. Gauffre, G.: Detection of Laminar-Turbulent Transition by

Infrared Thermography. La Recherche Aerospatiale, no. 2,

1988, pp. 11–22.

17. Daryabeigi, Kamran; Alderfer, David W.; and Borg,

Stephen E.: Wind Tunnel and Flight Flow Visualization Using

Infrared Imaging. Proceedings of the 37th International

Instrumentation Symposium, ISA, 1991, pp. 303–312.
11

18. Meyer, R. F.: A Note on a Technique of Surface Flow Visualization. LR-457, Natl. Res. Counc. Canada, July 1966. (Available from DTIC as AD 803 514.)

19. Zheng, Chingfa: Study of Experimental Technique of Oil Flow

With Emphasis on Quantitative Determination of the Flow

Position Parameters on the Surface. NASA TT-20341, 1988.

20. Holland, Scott D.; and Perkins, John N.: Inviscid Parametric

Analysis of Three-Dimensional Inlet Performance. J. Aircr.,

vol. 31, no. 3, May–June 1994, pp. 610–615.

21. Kubota, H.; and Stollery, J. L.: An Experimental Study of the

Interaction Between a Glancing Shock Wave and a Turbulent

Boundary Layer. J. Fluid. Mech., vol. 116, Mar. 1982,

pp. 431–458.
12

Figure 1. Propulsion-airframe integrated vehicle.

 Engine modules

Forebody

Shock

A

A

Shock Engine modules

Section A-A
13

Figure 2. Inlet model shown in flight orientation.

δ

W

Baseplate (forebody plane)

Sidewall

Cowl

H g

Λ

Tx' 

x' 

Cx' 

x

z

y
14

Figure 3. Three-view sketch of inlet configuration. Linear dimensions in inches.

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AAAAAAAAAAAAAAAAAAAAAAAAAAAA

AAAAAAAAAAAAAAAAAAAAAAAA

6°

10.0 

Front view Section A-A: Side cross section

A

A

Electronically scanned

pressure sensors

Stepper motor drive

unit for exit plane 

rake survey apparatus

Pitot s

x'

Pitot probes

x'

Movable sidewall

Fixed sidewall

Pitot rake

x

y

x

Z

Λ = 45°

9.0 9.5 6.5 5.0

4.0 Tx' = 9.5

Cx'
15

L-90-04394

Figure 4. Inlet model on injection plate.
16

Figure 5. Baseplate orifice locations and coordinate system identification (centerline shown for CR = 3 configuration; orif

95 98

100 102

105 115

116 121

122 129

130 137

138 145

146 153

154 160

165

171

176

180

185

190

195

200

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210

215

220

225

Movable sidewall

Fixed sidewall

x'

x

y

161

166

172

177

181

186

191

196

201

206

211

216

221
17

Figure 6. Sidewall orifice locations and identification of coordinate system (orifice size not to scale).

67

83

1

14

29

13

23

30

68

44

45 52

53 62 63 84

89

Z

x'

Tx'

Cx'
18

Figure 7. Model injection sequence showing model retracted prior to injection, model injected into the tunnel, and

model injected into work area.

A Flow

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Door (water cooled)

Door housing

Access door

Door actuator

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Carriage

Model injection cylinder

Access door

Inflatable seal no. 2

Inflatable seal no. 1

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Figure 8. Schematic of infrared thermography system.

Lens Rotating mirror

(horizontal sweeping)

Electronics

Control

Display

Cooled detector

Rotating mirror

(vertical sweeping)

Investigated

plane
20

(a) Baseplate.

(b) Sidewall.

Figure 9. Contours of p/p∞. CR = 3; Re = 0.55 × 106 per foot; 0 percent cowl; run 64.

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(b) Sidewall.

Figure 10. Contours of p/p∞. CR = 5; Re = 0.55 × 106 per foot; 0 percent cowl; run 44.

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(a) Baseplate.

(b) Sidewall.

Figure 11. Contours of p/p∞. CR = 9; Re = 0.55 × 106 per foot; 0 percent cowl; run 47.

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(a) Baseplate.

(b) Sidewall.

Figure 12. Contours of p/p∞. CR = 3; Re = 0.55 × 106 per foot; 25 percent cowl; run 61.

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(a) Baseplate.

(b) Sidewall.

Figure 13. Contours of p/p∞. CR = 5; Re = 0.55 × 106 per foot; 25 percent cowl; run 41.

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(a) Baseplate.

(b) Sidewall.

Figure 14. Contours of p/p∞. CR = 9; Re = 0.55 × 106 per foot; 25 percent cowl; run 50.

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(a) Baseplate.

(b) Sidewall.

Figure 15. Contours of p/p∞. CR = 3; Re = 0.55 × 106 per foot; 50 percent cowl; run 58.

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(a) Baseplate.

(b) Sidewall.

Figure 16. Contours of p/p∞. CR = 5; Re = 0.55 × 106 per foot; 50 percent cowl; run 37.

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(a) Baseplate.

(b) Sidewall.

Figure 17. Contours of p/p∞. CR = 5; Re = 0.55 × 106 per foot; 50 percent cowl; run 38.

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(b) Sidewall.

Figure 18. Contours of p/p∞. CR = 9; Re = 0.55 × 106 per foot; 50 percent cowl; run 55.

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(b) Sidewall.

Figure 19. Contours of p/p∞. CR = 3; Re = 1.14 × 106 per foot; 0 percent cowl; run 65.

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(a) Baseplate.

(b) Sidewall.

Figure 20. Contours of p/p∞. CR = 3; Re = 1.14 × 106 per foot; 0 percent cowl; run 67.

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o o o o o o o o o oo o o

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o oo o o o o

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(a) Baseplate.

(b) Sidewall.

Figure 21. Contours of p/p∞. CR = 5; Re = 1.14 × 106 per foot; 0 percent cowl; run 45.

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o o o o o o o o oo o o o o o

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o o o oo o o o o o o o o o o o oo o o o o o oo o o

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(a) Baseplate.

(b) Sidewall.

Figure 22. Contours of p/p∞. CR = 9; Re = 1.14 × 106 per foot; 0 percent cowl; run 48.

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(b) Sidewall.

Figure 23. Contours of p/p∞. CR = 3; Re = 1.14 × 106 per foot; 25 percent cowl; run 63.

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Expanded Y-scale

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(b) Sidewall.

Figure 24. Contours of p/p∞. CR = 5; Re = 1.14 × 106 per foot; 25 percent cowl; run 42.

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Expanded Y-scale

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(a) Baseplate.

(b) Sidewall.

Figure 25. Contours of p/p∞. CR = 9; Re = 1.14 × 106 per foot; 25 percent cowl; run 52.

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Expanded Y-scale

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(a) Baseplate.

(b) Sidewall.

Figure 26. Contours of p/p∞. CR = 3; Re = 1.14 × 106 per foot; 50 percent cowl; run 59.

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Expanded Y-scale

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(a) Baseplate.

(b) Sidewall.

Figure 27. Contours of p/p∞. CR = 5; Re = 1.14 × 106 per foot; 50 percent cowl; run 39.

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Expanded Y-scale

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(a) Baseplate.

(b) Sidewall.

Figure 28. Contours of p/p∞. CR = 9; Re = 1.14 × 106 per foot; 50 percent cowl; run 56.

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Expanded Y-scale

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(a) Baseplate.

(b) Sidewall.

Figure 29. Contours of p/p∞. CR = 3; Re = 2.15 × 106 per foot; 0 percent cowl; run 66.

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Expanded Y-scale

2 3 4 5

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(a) Baseplate.

(b) Sidewall.

Figure 30. Contours of p/p∞. CR = 5; Re = 2.15 × 106 per foot; 0 percent cowl; run 46.

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Expanded Y-scale

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o o o o o o o o oo o o o o o

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(a) Baseplate.

(b) Sidewall.

Figure 31. Contours of p/p∞. CR = 9; Re = 2.15 × 106 per foot; 0 percent cowl; run 49.

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Expanded Y-scale

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4 5 6 7 8 910 15 20 24

24 25 30 35 36 3633 30

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o o o o o o o o oo o o o o o

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o o o o o o o o o o o oo o o o o o oo o o

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(a) Baseplate.

(b) Sidewall.

Figure 32. Contours of p/p∞. CR = 3; Re = 2.15 × 106 per foot; 25 percent cowl; run 62.

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Expanded Y-scale

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2.5 3 4 5

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6 6.5 7.5

o o o o o o o o o oo o o

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(a) Baseplate.

(b) Sidewall.

Figure 33. Contours of p/p∞. CR = 5; Re = 2.15 × 106 per foot; 25 percent cowl; run 43.

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Expanded Y-scale

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12 13

o o o o o o o o o oo o o

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o oo o o o o

o o o o o o o o oo o o o o o

o o o o o oo o

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(a) Baseplate.

(b) Sidewall.

Figure 34. Contours of p/p∞. CR = 9; Re = 2.15 × 106 per foot; 25 percent cowl; run 53.

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Expanded Y-scale

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(a) Baseplate.

(b) Sidewall.

Figure 35. Contours of p/p∞. CR = 9; Re = 2.15 × 106 per foot; 25 percent cowl; run 54.

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(b) Sidewall.

Figure 36. Contours of p/p∞. CR = 3; Re = 2.15 × 106 per foot; 50 percent cowl; run 60.

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Figure 37. Contours of p/p∞. CR = 5; Re = 2.15 × 106 per foot; 50 percent cowl; run 40.

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Figure 38. Contours of p/p∞. CR = 9; Re = 2.15 × 106 per foot; 50 percent cowl; run 57.

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Figure 39. Contraction ratio effects. 0 percent cowl; Re = 2.15 × 106 per foot.

2.0

0

10

20

30

40

–1.0 –.5 0 .5 1.0 1.5

x'/Tx'

p/p∞

3

5

9

66

46

49

CR Run no.

2.0

0

10

20

30

40

–1.0 –.5 0 .5 1.0 1.5

x'/Tx'

p/p∞

3

5

9

66

46

49

CR Run no.
51

(c) Baseplate pressures. x′/Tx′ = −0.8412.

(d) Baseplate pressures. x′/Tx′ = −0.5258.

Figure 39. Continued.

2.0

0

1.0

1.5

2.5

3.0

–1.0 –.5 0 .5 1.0 1.5

y/ywall

p/p∞

3

5

9

66

46

49

CR Run no.

2.0

.5

2.0

0

.5

1.0

1.5

2.0

–1.0 –.5 0 .5 1.0 1.5

y/ywall

p/p∞

3

5

9

66

46

49

CR Run no.
52

(e) Baseplate pressures. x′/Tx′ = −0.1052.

(f) Baseplate pressures. x′/Tx′ = 0.

Figure 39. Continued.

2.0

0

1.0

1.5

2.0

3.0

–3.0 –2.0 –1.0 0 1.0

y/ywall

p/p∞

3

5

9

66

46

49

CR Run no.

.5

2.5

1.0

0

1.0

1.5

2.5

3.0

–1.0 –.5 0 .5

y/ywall

p/p∞

3

5

9

66

46

49

CR Run no.

.5

2.0
53

(g) Cowl pressures.

(h) Sidewall pressures. Z/H = 0.50.

Figure 39. Concluded.

1.6

0

50

100

150

200

1.0 1.1 1.2 1.3 1.4 1.5

x'/Tx'

p/p∞

3

5

9

66

46

49

CR Run no.

0 2.0

20

30

50

70

.5 1.0 1.5

x'/Tx'

p/p∞

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5

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CR Run no.

10

40

60
54

Figure 40. Contraction ratio effects on baseplate pressures. 0 percent cowl; Re = 1.14 × 106 per foot; x′/Tx′ = −0.1052.

2.0

0

1.0

2.0

3.0

4.0

–3.0 –2.0 –1.0 0 1.0

y/ywall

p/p∞

3

5

9

65

45

48

CR Run no.
55

(a) Centerline pressures. Centerline for CR = 3.

(b) Baseplate pressures. x′/Tx′ = −0.1052.

Figure 41. Reynolds number effects. CR = 3; 0 percent cowl.

2.0

0

2.0

6.0

8.0

10.0

–1.0 –.5 0 .5 1.0 1.5

x'/Tx'

p/p∞

0.55 × 106

1.14 × 106

2.15 × 106

64

65

66

Re, per foot Run no.

4.0

2.0

0

1.0

1.5

2.5

3.0

–2.0 –1.0 0 1.0

y/ywall

p/p∞

0.55 × 106

1.14 × 106

2.15 × 106

64

65

66

Re, per foot Run no.

.5

2.0
56

(a) Centerline pressures. Centerline for CR = 3.

(b) Sidewall centerline pressures. Z/H = 0.5.

Figure 42. Cowl effects. CR = 3. Re = 2.15 × 106 per foot.

2.0

0

2.0

4.0

8.0

10.0

–1.0 –.5 0 .5 1.0 1.5

x'/Tx'

p/p∞

0

25

50

66

62

60

Cowl position,

percent Run no.

6.0

0 2.0

5

10

15

20

.5 1.0 1.5

x'/Tx'

p/p∞

0

25

50

66

62

60

Cowl position,

percent Run no.
57

(c) Sidewall pressures. x′/Tx′ = 0.9378.

(d) Cowl pressures.

Figure 42. Concluded.

0 1.0

5

10

15

20

.2 .6 .8

Z/H

p/p∞

0

25

50

66

62

60

.4

Cowl position,

percent Run no.

0 2.0

10

20

30

.5 1.0 1.5

x'/Tx'

p/p∞

0

25

50

66

62

60

Cowl position,

percent Run no.
58

(a) Centerline pressures. Centerline for CR = 3.

(b) Baseplate pressures. x′/Tx′ = −0.1052.

Figure 43. Cowl position effects. CR = 9; Re = 1.14 × 106 per foot.

2.0

0

50

100

150

–1.0 –.5 0 .5 1.0 1.5

x'/Tx'

p/p∞

0

25

50

48

52

56

Cowl position,

percent Run no.

2.0

0

1.0

2.0

3.0

4.0

–3.0 –2.0 –1.0 0 1.0

y/ywall

p/p∞

0

25

50

48

52

56

Cowl position,

percent Run no.
59

(a) Inlet sidewall. CR = 3; run 39.

(b) Inlet sidewall. CR = 5; run 37.

Figure 44. Oil flow photographs. Re = 2.15 × 106 per foot; 0 percent cowl.

0 percent cowl;

CR = 3

0 percent cowl;

CR = 5
60

(c) Baseplate, showing forward extent of separation. CR = 9.

(d) Baseplate, showing oil streaks exiting front of inlet and spilling around sidewalls. CR = 9.

Figure 44. Continued.
61

(e) Close-up of oil flow on baseplate and sidewall. CR = 9.

Figure 44. Concluded.
62

(a) Re = 2.15 × 106 per foot.

(b) Re = 0.55 × 106 per foot.

Figure 45. Surface temperature distribution down inlet baseplate centerline. CR = 3; 0 percent cowl.

315

325

335

345

355

365

375

-1.0 -.8 -.6 -.4 -.2 0 .2 .4

Temperature,

K

x'/Tx'

0

1

2

3

4

5

6

7

8

9

10

Time, sec

315

325

335

345

355

365

375

-1.0 -.8 -.6 -.4 -.2 0 .2 .4

Temperature,

K

x'/Tx'

0

2

4

6

8

10

Time, sec
63

(a) CR = 3; Re = 2.15 × 106 per foot; run 73. (b) CR = 5; Re = 2.15 × 106 per foot; run 91.

(c) CR = 3; Re = 0.55 × 106 per foot; run 71.

Figure 46. Measured pt,2/p∞ exit plane contours. 0 percent cowl; lateral scale expanded by factor of 3.

Sidewall Centerline

Cowl

Forebody

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64

Appendix A

Tabulated Pressure Data

Model configuration, flow conditions, and measured

pressure levels for each wind tunnel run are presented in

tables A1 through A30. Stagnation, free-stream, and

post-normal-shock conditions are provided in U.S. Customary Units as well as the International System of Units

(SI), for convenience. An ASCII (tab-delimited text) version of the tables is available from the following URL:

http://techreports.larc.nasa.gov/ltrs/ltrs.html

A total of 256 pressure ports was available for each

test; however, the full set was not used for each run. Data

management is simplified when each data file bears the

same format, so the full set is consistently reported. Values of 999 are entered in the table to indicate unused (or

inappropriate) values or malfunctioning gauges.

Static pressure orifices lie in planes (i.e., on the baseplate, the sidewall, or the cowl) and can be uniquely

identified by only two coordinates, namely, an axial

coordinate and either a lateral coordinate or a vertical

coordinate. To minimize the number of columns in the

table, the orifice positions are given by a column of the

axial coordinate x and a column labelled “y, Z, in.” where

the column represents either the lateral dimension or the

vertical dimension, depending upon the plane in which

the orifice is located. Orifices 1 through 89 are on the

sidewall and are therefore represented by x, Z pairs. Orifices 90 through 94 are on the opposite sidewall and are

also represented by x, Z pairs. Orifices 95 through 225

are on the baseplate (forebody plane) and are represented

by x, y pairs. Orifice 226 is a single pitot probe located

at the same axial position as the entrance plane of the

inlet. Orifices 227 through 229 are pitot probes located

at the leading edge of the model and are represented

by x, y pairs. Orifices 230 through 243 are distributed

axially on the cowl centerline and are represented by

x, y pairs. Orifices 244 through 254 and 255 through 256

are reserved for exit plane pitot rakes. Figures 5 and 6

present the numbering scheme graphically.

Even when some orifices were not used, the data

system still scanned all the pressure channels and

recorded the values. For example, for CR = 9 configurations, the movable sidewall covers the first orifice

in each of the lateral arrays located downstream of

x′/Tx′ = 0.79; pressure levels at orifices 172, 177, 181,

186, 191, 196, 201, 206, 211, 216, and 221 (see fig. 5)

are recorded in the data tables but should therefore be

disregarded. Data extracted from these tables for comparison with other experimental or computational data

should be carefully examined to determine that the data

are in fact appropriate for the given run and configuration. The presence of some extraneous data in the data

file was accepted as an undesirable artifact of maintaining consistent data file size, format, and structure to simplify automated data handling.

The positions of lateral and axial arrays of pressure

data were nondimensionalized according to their location

on the model as follows:

1. Axial arrays along the baseplate were nondimensionalized by the throat length, with the origin at the inlet

entrance:

Thus at the sidewall leading edge, and

 at the throat.

2. Lateral arrays along the baseplate were nondimensionalized by the local width, ywall (the distance

between the centerline and the sidewall at that particular

axial station). The local width is a function of the axial

position of the array as follows:

(Note that W varies with CR.)

3. The axial array down the cowl centerline is nondimensionalized by the throat length:

Because the nondimensionalization requires that

x′/Tx′ = 0 at the sidewall leading edge, the cowl nondimensionalization accounts for the fact that, in the cowl

plane, the sidewall leading edge is located farther aft than

at the baseplate because of the leading-edge sweep.

4. Axial arrays down the sidewall must similarly

account for the fact that the leading edge has a progressively farther aft position with distance from the baseplate. Correct axial nondimensionalization therefore

requires knowledge of the Z-dimension of the array as

follows:

5. Sidewall arrays located along lines of constant

 are simply nondimensionalized by the height of

the inlet, Z/H.

x′ Tx′ ⁄ = ( ) x – 9 ⁄ 9.51

x′ Tx′ ⁄ = 0

x′ Tx′ ⁄ = 1

ywall = W ⁄ 2 x′ Tx′ ( ) ⁄ < 0

ywall = 0 W ⁄ 2 – 6 ( ) x – 9 tan ° < x′ Tx′ ( ) ⁄ < 1

ywall = = W ⁄ 2 – 1.0 g x′ Tx′ ( ) ⁄ > 1

x′ Tx′ ⁄ = ( ) x – 9 – H tan Λ ⁄ 9.51

x′ Tx′ ⁄ = ( ) x – 9 – Z tan Λ ⁄ 9.51

x′ Tx′ ⁄
65

Table A1. Flow Conditions and Pressure Distribution for Run 37

[CR = 5; Re = 0.55 × 106 per foot; 50 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 353.67 (.24384E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1831.84 ( 1017.69)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0161 ( 8.28)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 459.56 (.10682E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.67

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . 0.0100 ( 69.06)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . 97.01 ( 53.90)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.86619E−05 (.44642E−02)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . 0.23137E+02 (.53781E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 483.21 ( 147.28)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 4673.18 ( 1424.39)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . 0.55581E+06 (.18235E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . 0.657 ( 4528.62)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . 0.72828E−07 (.34870E−05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 1.218 ( 8400.29)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1833.87 ( 1018.82)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.55711E−04 (.28712E−01)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0428 4.511 0.0527 3.65E−02 295.2

2 11.18 0.20 0.0448 4.721 0.0558 3.82E−02 308.9

3 12.17 0.20 0.0470 4.948 0.0592 4.00E−02 323.8

4 13.15 0.20 0.0503 5.296 0.0645 4.29E−02 346.6

5 14.21 0.20 0.0567 5.974 0.0746 4.83E−02 390.9

6 15.14 0.20 0.0666 7.013 0.0902 5.68E−02 458.9

7 16.13 0.20 0.0752 7.928 0.1040 6.42E−02 518.8

8 17.12 0.20 0.0882 9.295 0.1245 7.52E−02 608.3

9 18.11 0.20 0.1052 11.083 0.1513 8.97E−02 725.3

10 19.74 0.20 0.1211 12.764 0.1765 1.03E−01 835.3

11 20.55 0.20 0.1307 13.776 0.1917 1.11E−01 901.5

12 22.56 0.20 0.1544 16.267 0.2291 1.32E−01 1064.5

13 24.98 0.20 0.1562 16.457 0.2319 1.33E−01 1076.9

14 10.59 0.60 0.0584 6.152 0.0773 4.98E−02 402.6

15 11.58 0.60 0.0508 5.353 0.0653 4.33E−02 350.3

16 12.57 0.60 0.0553 5.829 0.0725 4.72E−02 381.5

17 13.56 0.60 0.0570 6.004 0.0751 4.86E−02 392.9

18 14.60 0.60 0.0619 6.525 0.0829 5.28E−02 427.0

19 15.54 0.60 0.0675 7.110 0.0917 5.75E−02 465.3

20 16.53 0.60 0.0784 8.264 0.1090 6.69E−02 540.8

21 17.52 0.60 0.0937 9.870 0.1331 7.99E−02 645.9

22 18.51 0.60 0.1125 11.852 0.1628 9.59E−02 775.6

23 12.97 1.00 0.0720 7.582 0.0988 6.14E−02 496.2

24 15.00 1.00 0.0723 7.623 0.0994 6.17E−02 498.8

25 15.94 1.00 0.0760 8.012 0.1052 6.48E−02 524.3

26 16.93 1.00 0.0837 8.823 0.1174 7.14E−02 577.3

27 17.92 1.00 0.1027 10.821 0.1474 8.76E−02 708.2

28 18.91 1.00 0.1333 14.048 0.1958 1.14E−01 919.3

29 24.98 1.00 0.1670 17.598 0.2490 1.42E−01 1151.6

30 11.99 2.00 0.0698 7.350 0.0953 5.95E−02 481.0

31 13.97 2.00 0.0649 6.834 0.0875 5.53E−02 447.2

32 15.98 2.00 0.0766 8.069 0.1061 6.53E−02 528.0

33 16.94 2.00 0.0895 9.427 0.1264 7.63E−02 616.9
66

Table A1. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.0982 10.346 0.1402 8.37E−02 677.0

35 18.42 2.00 0.1291 13.604 0.1891 1.10E−01 890.2

36 18.92 2.00 0.1736 18.291 0.2594 1.48E−01 1197.0

37 19.41 2.00 0.2064 21.744 0.3113 1.76E−01 1422.9

38 19.91 2.00 0.2231 23.506 0.3377 1.90E−01 1538.2

39 20.26 2.00 0.2585 27.238 0.3937 2.20E−01 1782.5

40 21.11 2.00 0.1883 19.835 0.2826 1.61E−01 1298.0

41 21.96 2.00 0.3048 32.112 0.4668 2.60E−01 2101.4

42 22.74 2.00 0.2141 22.560 0.3235 1.83E−01 1476.3

43 23.52 2.00 0.1497 15.778 0.2217 1.28E−01 1032.5

44 24.98 2.00 0.1915 20.180 0.2878 1.63E−01 1320.6

45 17.94 3.00 0.0944 9.949 0.1343 8.05E−02 651.0

46 18.93 3.00 0.1190 12.538 0.1731 1.01E−01 820.5

47 19.92 3.00 0.3007 31.686 0.4604 2.56E−01 2073.5

48 20.91 3.00 0.3778 39.811 0.5823 3.22E−01 2605.3

49 22.11 3.00 0.2922 30.784 0.4469 2.49E−01 2014.5

50 22.96 3.00 0.5315 56.003 0.8253 4.53E−01 3664.8

51 23.74 3.00 0.4809 50.674 0.7453 4.10E−01 3316.1

52 24.98 3.00 0.5104 53.781 0.7919 4.35E−01 3519.4

53 18.34 3.40 0.1026 10.815 0.1473 8.75E−02 707.7

54 19.32 3.40 0.1627 17.144 0.2422 1.39E−01 1121.9

55 19.82 3.40 0.2507 26.417 0.3814 2.14E−01 1728.7

56 20.32 3.40 0.3749 39.500 0.5777 3.20E−01 2584.9

57 20.81 3.40 0.4424 46.608 0.6843 3.77E−01 3050.0

58 21.31 3.40 0.3684 38.821 0.5675 3.14E−01 2540.4

59 21.66 3.40 0.3069 32.339 0.4702 2.62E−01 2116.2

60 22.94 3.40 0.6526 68.762 1.0167 5.57E−01 4499.8

61 23.75 3.40 0.7063 74.416 1.1016 6.02E−01 4869.8

62 24.14 3.40 0.6890 72.593 1.0742 5.88E−01 4750.5

63 22.29 3.60 0.7756 81.715 1.2111 6.61E−01 5347.4

64 22.71 3.60 0.6504 68.531 1.0133 5.55E−01 4484.7

65 23.14 3.60 0.7352 77.462 1.1473 6.27E−01 5069.1

66 23.95 3.60 0.6627 69.829 1.0327 5.65E−01 4569.6

67 24.34 3.60 0.7133 75.156 1.1127 6.08E−01 4918.2

68 13.79 3.80 0.0566 5.964 0.0745 4.83E−02 390.3

69 15.77 3.80 0.0756 7.962 0.1045 6.44E−02 521.0

70 17.75 3.80 0.0806 8.488 0.1124 6.87E−02 555.5

71 19.23 3.80 0.1524 16.062 0.2260 1.30E−01 1051.1

72 19.73 3.80 0.2454 25.852 0.3729 2.09E−01 1691.8

73 20.22 3.80 0.4005 42.200 0.6182 3.42E−01 2761.5

74 20.72 3.80 0.5161 54.376 0.8009 4.40E−01 3558.4

75 21.41 3.80 0.3992 42.058 0.6161 3.40E−01 2752.3

76 21.71 3.80 0.3724 39.239 0.5737 3.18E−01 2567.8

77 22.06 3.80 0.6898 72.677 1.0755 5.88E−01 4756.0

78 22.49 3.80 0.5866 61.805 0.9123 5.00E−01 4044.5

79 22.76 3.80 0.6680 70.383 1.0410 5.70E−01 4605.9

80 22.91 3.80 0.7271 76.614 1.1345 6.20E−01 5013.6

81 23.76 3.80 0.6854 72.217 1.0686 5.84E−01 4725.9

82 24.15 3.80 0.7361 77.557 1.1487 6.28E−01 5075.3

83 24.98 3.80 0.6425 67.694 1.0007 5.48E−01 4429.9

84 22.59 3.90 0.6609 69.632 1.0298 5.64E−01 4556.7

85 22.80 3.90 0.7053 74.317 1.1001 6.01E−01 4863.3

86 23.01 3.90 0.7232 76.200 1.1283 6.17E−01 4986.6

87 23.15 3.90 0.6708 70.680 1.0455 5.72E−01 4625.3

88 23.86 3.90 0.7163 75.474 1.1174 6.11E−01 4939.0

89 24.25 3.90 0.6676 70.338 1.0404 5.69E−01 4602.9

90 11.99 2.00 0.0695 7.325 0.0949 5.93E−02 479.4

91 13.97 2.00 0.0666 7.018 0.0903 5.68E−02 459.3
67

Table A1. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.0768 8.094 0.1064 6.55E−02 529.7

93 17.93 2.00 0.1003 10.566 0.1435 8.55E−02 691.4

94 19.91 2.00 0.2269 23.910 0.3438 1.94E−01 1564.7

95 1.00 −0.25 0.0304 3.201 0.0330 2.59E−02 209.5

96 1.00 0.41 0.0300 3.156 0.0323 2.55E−02 206.5

97 1.00 1.03 0.0299 3.151 0.0323 2.55E−02 206.2

98 1.00 1.65 0.0302 3.183 0.0327 2.58E−02 208.3

99 2.50 −0.25 0.0251 2.647 0.0247 2.14E−02 173.2

100 4.00 −0.25 0.0228 2.403 0.0210 1.94E−02 157.2

101 4.00 0.41 0.0235 2.480 0.0222 2.01E−02 162.3

102 4.00 1.65 0.0234 2.468 0.0220 2.00E−02 161.5

103 5.50 −0.25 0.0219 2.311 0.0197 1.87E−02 151.2

104 7.00 −0.25 0.0289 3.041 0.0306 2.46E−02 199.0

105 8.00 −2.15 0.0269 2.833 0.0275 2.29E−02 185.4

106 8.00 −1.75 0.0284 2.993 0.0299 2.42E−02 195.9

107 8.00 −1.36 0.0294 3.101 0.0315 2.51E−02 202.9

108 8.00 −0.91 0.0311 3.277 0.0342 2.65E−02 214.5

109 8.00 −0.25 0.0324 3.410 0.0362 2.76E−02 223.1

110 8.00 0.00 0.0328 3.454 0.0368 2.80E−02 226.1

111 8.00 0.13 0.0321 3.385 0.0358 2.74E−02 221.5

112 8.00 0.41 0.0324 3.414 0.0362 2.76E−02 223.4

113 8.00 0.86 0.0311 3.279 0.0342 2.65E−02 214.6

114 8.00 1.25 0.0298 3.139 0.0321 2.54E−02 205.4

115 8.00 1.65 0.0285 3.003 0.0301 2.43E−02 196.5

116 9.00 −0.25 0.0328 3.461 0.0369 2.80E−02 226.5

117 9.00 0.00 0.0333 3.506 0.0376 2.84E−02 229.4

118 9.00 0.13 0.0331 3.486 0.0373 2.82E−02 228.1

119 9.00 0.41 0.0324 3.409 0.0361 2.76E−02 223.1

120 9.00 0.76 0.0382 4.020 0.0453 3.25E−02 263.1

121 9.00 1.07 0.0332 3.503 0.0376 2.83E−02 229.2

122 10.00 −0.25 0.0425 4.474 0.0521 3.62E−02 292.8

123 10.00 0.00 0.0420 4.428 0.0514 3.58E−02 289.8

124 10.00 0.13 0.0435 4.582 0.0537 3.71E−02 299.9

125 10.00 0.41 0.0418 4.399 0.0510 3.56E−02 287.9

126 10.00 0.65 0.0408 4.301 0.0495 3.48E−02 281.4

127 10.00 0.83 0.0396 4.175 0.0476 3.38E−02 273.2

128 10.00 0.97 0.0407 4.285 0.0493 3.47E−02 280.4

129 10.00 1.09 0.0427 4.502 0.0525 3.64E−02 294.6

130 11.00 −0.25 0.0415 4.376 0.0507 3.54E−02 286.4

131 11.00 0.00 0.0457 4.817 0.0573 3.90E−02 315.3

132 11.00 0.13 0.0451 4.752 0.0563 3.85E−02 311.0

133 11.00 0.27 0.0453 4.773 0.0566 3.86E−02 312.4

134 11.00 0.55 0.0393 4.139 0.0471 3.35E−02 270.9

135 11.00 0.72 0.0436 4.599 0.0540 3.72E−02 301.0

136 11.00 0.86 0.0456 4.809 0.0572 3.89E−02 314.7

137 11.00 0.98 0.0451 4.754 0.0563 3.85E−02 311.1

138 12.00 −0.25 0.0479 5.047 0.0607 4.08E−02 330.3

139 12.00 0.00 0.0481 5.072 0.0611 4.10E−02 331.9

140 12.00 0.13 0.0478 5.035 0.0605 4.07E−02 329.5

141 12.00 0.27 0.0480 5.059 0.0609 4.09E−02 331.1

142 12.00 0.44 0.0482 5.077 0.0612 4.11E−02 332.2

143 12.00 0.62 0.0473 4.980 0.0597 4.03E−02 325.9

144 12.00 0.76 0.0483 5.087 0.0613 4.12E−02 332.9

145 12.00 0.88 0.0490 5.167 0.0625 4.18E−02 338.2

146 13.00 −0.25 0.0517 5.450 0.0668 4.41E−02 356.6

147 13.00 0.00 0.0521 5.489 0.0674 4.44E−02 359.2

148 13.00 0.13 0.0517 5.452 0.0668 4.41E−02 356.8

149 13.00 0.27 0.0521 5.494 0.0674 4.45E−02 359.5
68

Table A1. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.39 0.0516 5.440 0.0666 4.40E−02 356.0

151 13.00 0.51 0.0524 5.517 0.0678 4.46E−02 361.0

152 13.00 0.65 0.0522 5.497 0.0675 4.45E−02 359.7

153 13.00 0.77 0.0527 5.551 0.0683 4.49E−02 363.2

154 14.00 −0.25 0.0559 5.888 0.0733 4.77E−02 385.3

155 14.00 0.00 0.0573 6.041 0.0756 4.89E−02 395.3

156 14.00 0.13 0.0556 5.860 0.0729 4.74E−02 383.5

157 14.00 0.27 0.0568 5.983 0.0748 4.84E−02 391.5

158 14.00 0.41 0.0564 5.943 0.0742 4.81E−02 388.9

159 14.00 0.55 0.0602 6.346 0.0802 5.14E−02 415.3

160 14.00 0.67 0.0597 6.294 0.0794 5.09E−02 411.9

161 15.00 −0.25 0.0640 6.739 0.0861 5.45E−02 441.0

162 15.00 0.00 0.0640 6.739 0.0861 5.45E−02 441.0

163 15.00 0.13 0.0646 6.807 0.0871 5.51E−02 445.5

164 15.00 0.44 0.0641 6.755 0.0863 5.47E−02 442.0

165 15.00 0.56 0.0648 6.825 0.0874 5.52E−02 446.6

166 16.00 −0.25 0.0733 7.722 0.1009 6.25E−02 505.4

167 16.00 0.00 0.0746 7.856 0.1029 6.36E−02 514.1

168 16.00 0.13 0.0750 7.907 0.1036 6.40E−02 517.4

169 16.00 0.23 0.0744 7.837 0.1026 6.34E−02 512.8

170 16.00 0.34 0.0750 7.901 0.1035 6.39E−02 517.0

171 16.00 0.46 0.0735 7.741 0.1011 6.26E−02 506.6

172 17.00 −0.25 0.0868 9.145 0.1222 7.40E−02 598.5

173 17.00 0.00 0.0893 9.405 0.1261 7.61E−02 615.4

174 17.00 0.13 0.0881 9.279 0.1242 7.51E−02 607.2

175 17.00 0.23 0.0867 9.133 0.1220 7.39E−02 597.7

176 17.00 0.35 0.0866 9.120 0.1218 7.38E−02 596.8

177 18.00 −0.25 0.1083 11.414 0.1563 9.24E−02 746.9

178 18.00 0.00 0.1064 11.210 0.1532 9.07E−02 733.6

179 18.00 0.13 0.1057 11.142 0.1522 9.02E−02 729.1

180 18.00 0.25 0.1067 11.244 0.1537 9.10E−02 735.8

181 18.50 −0.25 0.1192 12.563 0.1735 1.02E−01 822.1

182 18.50 0.00 0.1168 12.309 0.1697 9.96E−02 805.5

183 18.50 0.13 0.1154 12.155 0.1674 9.84E−02 795.4

184 18.60 0.17 0.1184 12.473 0.1721 1.01E−01 816.3

185 18.50 0.22 0.1169 12.319 0.1698 9.97E−02 806.1

186 19.20 −0.25 0.1199 12.638 0.1746 1.02E−01 827.0

187 19.20 0.00 0.1224 12.898 0.1785 1.04E−01 844.0

188 19.20 0.13 0.1234 12.999 0.1800 1.05E−01 850.7

189 19.30 0.17 0.1237 13.030 0.1805 1.05E−01 852.7

190 19.20 0.22 0.1239 13.058 0.1809 1.06E−01 854.5

191 20.00 −0.25 0.1287 13.558 0.1884 1.10E−01 887.2

192 20.00 0.00 0.1320 13.908 0.1937 1.13E−01 910.1

193 20.00 0.13 0.1308 13.784 0.1918 1.12E−01 902.0

194 20.10 0.17 0.1318 13.886 0.1933 1.12E−01 908.7

195 20.00 0.22 0.1317 13.873 0.1931 1.12E−01 907.8

196 20.80 −0.25 0.1343 14.148 0.1973 1.15E−01 925.9

197 20.80 0.00 0.1391 14.661 0.2050 1.19E−01 959.4

198 20.80 0.13 0.1383 14.571 0.2036 1.18E−01 953.5

199 20.90 0.17 0.1389 14.637 0.2046 1.18E−01 957.8

200 20.80 0.22 0.1386 14.608 0.2042 1.18E−01 956.0

201 21.60 −0.25 0.1380 14.538 0.2031 1.18E−01 951.4

202 21.60 0.00 0.1414 14.894 0.2085 1.21E−01 974.7

203 21.60 0.13 0.1426 15.025 0.2104 1.22E−01 983.3

204 21.70 0.17 0.1429 15.052 0.2108 1.22E−01 985.0

205 21.60 0.22 0.1436 15.128 0.2120 1.22E−01 990.0

206 22.40 −0.25 0.1519 16.001 0.2251 1.30E−01 1047.1

207 22.40 0.00 0.1550 16.336 0.2301 1.32E−01 1069.0
69

Table A1. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.13 0.1532 16.143 0.2272 1.31E−01 1056.4

209 22.50 0.17 0.1554 16.373 0.2307 1.33E−01 1071.4

210 22.40 0.22 0.1520 16.019 0.2253 1.30E−01 1048.3

211 23.20 −0.25 0.1664 17.534 0.2481 1.42E−01 1147.4

212 23.20 0.00 0.1666 17.551 0.2483 1.42E−01 1148.5

213 23.20 0.13 0.1692 17.825 0.2525 1.44E−01 1166.5

214 23.30 0.17 0.1705 17.959 0.2545 1.45E−01 1175.3

215 23.20 0.22 0.1702 17.933 0.2541 1.45E−01 1173.6

216 24.00 −0.25 0.1770 18.653 0.2649 1.51E−01 1220.6

217 24.00 0.00 0.1756 18.506 0.2627 1.50E−01 1211.0

218 24.00 0.13 0.1753 18.471 0.2621 1.49E−01 1208.7

219 24.10 0.17 0.1785 18.812 0.2673 1.52E−01 1231.1

220 24.00 0.22 0.1762 18.562 0.2635 1.50E−01 1214.7

221 25.00 −0.25 0.1571 16.558 0.2334 1.34E−01 1083.5

222 25.00 0.00 0.1634 17.217 0.2433 1.39E−01 1126.7

223 25.00 0.13 0.1597 16.823 0.2374 1.36E−01 1100.9

224 25.10 0.17 0.1454 15.324 0.2149 1.24E−01 1002.8

225 25.00 0.22 0.1588 16.737 0.2361 1.35E−01 1095.3

226 9.00 999.00 0.0396 4.168 0.0475 3.37E−02 272.7

227 0.00 −2.50 1.1747 123.771 1.8421 1.00E+00 8099.6

228 0.00 −0.54 1.1876 125.132 1.8625 1.01E+00 8188.6

229 0.00 2.00 1.1572 121.924 1.8144 9.87E−01 7978.7

230 18.23 0.00 0.2007 21.148 0.3023 1.71E−01 1383.9

231 18.43 0.00 0.2685 28.285 0.4094 2.29E−01 1851.0

232 18.63 0.00 0.3289 34.654 0.5050 2.80E−01 2267.8

233 19.00 0.00 0.3357 35.372 0.5157 2.86E−01 2314.8

234 19.40 0.00 0.3578 37.697 0.5506 3.05E−01 2466.9

235 20.13 0.00 0.2652 27.941 0.4042 2.26E−01 1828.5

236 20.33 0.00 0.2080 21.920 0.3139 1.77E−01 1434.5

237 20.53 0.00 0.2079 21.904 0.3136 1.77E−01 1433.4

238 20.73 0.00 0.2413 25.424 0.3665 2.06E−01 1663.8

239 21.50 0.00 0.3482 36.683 0.5354 2.97E−01 2400.5

240 22.00 0.00 0.5522 58.179 0.8579 4.71E−01 3807.3

241 22.50 0.00 0.9413 99.178 1.4731 8.03E−01 6490.2

242 22.70 0.00 0.7627 80.366 1.1908 6.50E−01 5259.1

243 23.00 0.00 0.6187 65.190 0.9631 5.28E−01 4266.0

244 0.58 999.00 0.0318 3.354 0.0353 2.71E−02 219.5

245 0.86 999.00 0.0316 3.327 0.0349 2.69E−02 217.7

246 1.15 999.00 0.0325 3.424 0.0364 2.77E−02 224.1

247 1.43 999.00 0.0315 3.323 0.0349 2.69E−02 217.5

248 1.72 999.00 0.0308 3.245 0.0337 2.63E−02 212.4

249 2.00 999.00 0.0326 3.432 0.0365 2.78E−02 224.6

250 2.29 999.00 0.0320 3.366 0.0355 2.72E−02 220.3

251 2.57 999.00 0.0331 3.484 0.0373 2.82E−02 228.0

252 2.86 999.00 0.0310 3.262 0.0339 2.64E−02 213.5

253 3.14 999.00 0.0319 3.366 0.0355 2.72E−02 220.3

254 3.43 999.00 0.0320 3.375 0.0356 2.73E−02 220.9

255 999.00 999.00 0.0310 3.266 0.0340 2.64E−02 213.7

256 999.00 999.00 0.0324 3.409 0.0361 2.76E−02 223.1
70

Table A2. Flow Conditions and Pressure Distribution for Run 38

[CR = 5; Re = 0.55 × 106 per foot; 50 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 348.78 (.24048E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1840.97 ( 1022.76)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0158 ( 8.13)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 462.06 (.10740E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.67

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . 0.0099 ( 68.21)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . 97.61 ( 54.23)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.85029E−05 (.43822E−02)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . 0.23279E+02 (.54110E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 484.69 ( 147.73)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 4685.78 ( 1428.22)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . 0.54317E+06 (.17821E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . 0.648 ( 4469.48)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . 0.73352E−07 (.35121E−05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 1.202 ( 8292.84)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1843.00 ( 1023.89)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.54714E−04 (.28199E−01)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0436 4.654 0.0549 3.77E−02 300.8

2 11.18 0.20 0.0442 4.716 0.0558 3.82E−02 304.8

3 12.17 0.20 0.0469 5.002 0.0601 4.05E−02 323.3

4 13.15 0.20 0.0493 5.260 0.0640 4.26E−02 340.0

5 14.21 0.20 0.0577 6.154 0.0774 4.98E−02 397.8

6 15.14 0.20 0.0645 6.882 0.0883 5.57E−02 444.8

7 16.13 0.20 0.0734 7.835 0.1026 6.35E−02 506.4

8 17.12 0.20 0.0871 9.295 0.1245 7.53E−02 600.8

9 18.11 0.20 0.1054 11.244 0.1538 9.11E−02 726.8

10 19.74 0.20 0.1225 13.073 0.1813 1.06E−01 845.0

11 20.55 0.20 0.1306 13.935 0.1942 1.13E−01 900.7

12 22.56 0.20 0.1539 16.414 0.2314 1.33E−01 1060.9

13 24.98 0.20 0.1532 16.344 0.2304 1.32E−01 1056.4

14 10.59 0.60 0.0572 6.098 0.0766 4.94E−02 394.2

15 11.58 0.60 0.0497 5.303 0.0646 4.29E−02 342.8

16 12.57 0.60 0.0539 5.747 0.0713 4.65E−02 371.4

17 13.56 0.60 0.0554 5.914 0.0738 4.79E−02 382.3

18 14.60 0.60 0.0605 6.450 0.0818 5.22E−02 416.9

19 15.54 0.60 0.0656 6.999 0.0901 5.67E−02 452.4

20 16.53 0.60 0.0768 8.194 0.1080 6.64E−02 529.6

21 17.52 0.60 0.0930 9.918 0.1339 8.03E−02 641.1

22 18.51 0.60 0.1117 11.920 0.1640 9.65E−02 770.4

23 12.97 1.00 0.0703 7.496 0.0975 6.07E−02 484.5

24 15.00 1.00 0.0708 7.548 0.0983 6.11E−02 487.9

25 15.94 1.00 0.0744 7.935 0.1041 6.43E−02 512.9

26 16.93 1.00 0.0820 8.752 0.1164 7.09E−02 565.7

27 17.92 1.00 0.1023 10.908 0.1488 8.83E−02 705.0

28 18.91 1.00 0.1314 14.017 0.1955 1.14E−01 906.0

29 24.98 1.00 0.1645 17.551 0.2485 1.42E−01 1134.4

30 11.99 2.00 0.0681 7.268 0.0941 5.89E−02 469.8

31 13.97 2.00 0.0633 6.754 0.0864 5.47E−02 436.6

32 15.98 2.00 0.0753 8.033 0.1056 6.51E−02 519.2

33 16.94 2.00 0.0884 9.434 0.1266 7.64E−02 609.7
71

Table A2. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.0959 10.225 0.1385 8.28E−02 660.9

35 18.42 2.00 0.1272 13.566 0.1887 1.10E−01 876.8

36 18.92 2.00 0.1711 18.253 0.2591 1.48E−01 1179.8

37 19.41 2.00 0.2029 21.640 0.3099 1.75E−01 1398.7

38 19.91 2.00 0.2208 23.555 0.3387 1.91E−01 1522.5

39 20.26 2.00 0.2561 27.322 0.3952 2.21E−01 1766.0

40 21.11 2.00 0.1861 19.851 0.2831 1.61E−01 1283.1

41 21.96 2.00 0.3006 32.068 0.4665 2.60E−01 2072.7

42 22.74 2.00 0.2106 22.467 0.3223 1.82E−01 1452.2

43 23.52 2.00 0.1479 15.775 0.2219 1.28E−01 1019.6

44 24.98 2.00 0.1895 20.220 0.2886 1.64E−01 1306.9

45 17.94 3.00 0.0932 9.940 0.1342 8.05E−02 642.4

46 18.93 3.00 0.1181 12.601 0.1742 1.02E−01 814.4

47 19.92 3.00 0.2987 31.861 0.4634 2.58E−01 2059.4

48 20.91 3.00 0.3708 39.552 0.5789 3.20E−01 2556.5

49 22.11 3.00 0.2892 30.847 0.4482 2.50E−01 1993.8

50 22.96 3.00 0.5238 55.875 0.8240 4.53E−01 3611.5

51 23.74 3.00 0.4723 50.385 0.7415 4.08E−01 3256.7

52 24.98 3.00 0.5092 54.315 0.8005 4.40E−01 3510.6

53 18.34 3.40 0.1013 10.810 0.1473 8.75E−02 698.7

54 19.32 3.40 0.1609 17.166 0.2427 1.39E−01 1109.5

55 19.82 3.40 0.2477 26.424 0.3817 2.14E−01 1707.9

56 20.32 3.40 0.3695 39.418 0.5769 3.19E−01 2547.8

57 20.81 3.40 0.4346 46.356 0.6810 3.75E−01 2996.3

58 21.31 3.40 0.3598 38.380 0.5613 3.11E−01 2480.7

59 21.66 3.40 0.3005 32.053 0.4663 2.60E−01 2071.8

60 22.94 3.40 0.6401 68.282 1.0103 5.53E−01 4413.4

61 23.75 3.40 0.7021 74.895 1.1096 6.07E−01 4840.9

62 24.14 3.40 0.6809 72.633 1.0756 5.88E−01 4694.6

63 22.29 3.60 0.7625 81.344 1.2064 6.59E−01 5257.7

64 22.71 3.60 0.6398 68.256 1.0099 5.53E−01 4411.7

65 23.14 3.60 0.7385 78.782 1.1679 6.38E−01 5092.1

66 23.95 3.60 0.6577 70.164 1.0385 5.68E−01 4535.0

67 24.34 3.60 0.7077 75.496 1.1186 6.11E−01 4879.7

68 13.79 3.80 0.0547 5.835 0.0726 4.73E−02 377.1

69 15.77 3.80 0.0738 7.873 0.1032 6.38E−02 508.9

70 17.75 3.80 0.0792 8.452 0.1119 6.85E−02 546.3

71 19.23 3.80 0.1501 16.010 0.2254 1.30E−01 1034.8

72 19.73 3.80 0.2420 25.811 0.3725 2.09E−01 1668.3

73 20.22 3.80 0.3980 42.460 0.6225 3.44E−01 2744.4

74 20.72 3.80 0.5077 54.160 0.7982 4.39E−01 3500.6

75 21.41 3.80 0.3923 41.844 0.6133 3.39E−01 2704.6

76 21.71 3.80 0.3662 39.064 0.5716 3.16E−01 2524.9

77 22.06 3.80 0.6942 74.050 1.0969 6.00E−01 4786.2

78 22.49 3.80 0.5792 61.787 0.9127 5.00E−01 3993.6

79 22.76 3.80 0.6645 70.885 1.0494 5.74E−01 4581.7

80 22.91 3.80 0.7231 77.142 1.1433 6.25E−01 4986.1

81 23.76 3.80 0.6772 72.245 1.0698 5.85E−01 4669.6

82 24.15 3.80 0.7271 77.564 1.1496 6.28E−01 5013.4

83 24.98 3.80 0.6370 67.957 1.0054 5.50E−01 4392.4

84 22.59 3.90 0.6552 69.897 1.0345 5.66E−01 4517.8

85 22.80 3.90 0.6996 74.634 1.1057 6.04E−01 4824.0

86 23.01 3.90 0.7159 76.372 1.1318 6.19E−01 4936.4

87 23.15 3.90 0.6654 70.984 1.0508 5.75E−01 4588.1

88 23.86 3.90 0.7071 75.430 1.1176 6.11E−01 4875.4

89 24.25 3.90 0.6603 70.434 1.0426 5.70E−01 4552.5

90 11.99 2.00 0.0682 7.275 0.0942 5.89E−02 470.2

91 13.97 2.00 0.0647 6.907 0.0887 5.59E−02 446.4
72

Table A2. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.0747 7.968 0.1046 6.45E−02 515.0

93 17.93 2.00 0.0994 10.608 0.1443 8.59E−02 685.7

94 19.91 2.00 0.2241 23.903 0.3439 1.94E−01 1545.0

95 1.00 −0.25 0.0298 3.181 0.0328 2.58E−02 205.6

96 1.00 0.41 0.0302 3.227 0.0334 2.61E−02 208.5

97 1.00 1.03 0.0309 3.294 0.0345 2.67E−02 212.9

98 1.00 1.65 0.0301 3.206 0.0331 2.60E−02 207.2

99 2.50 −0.25 0.0252 2.691 0.0254 2.18E−02 173.9

100 4.00 −0.25 0.0223 2.379 0.0207 1.93E−02 153.7

101 4.00 0.41 0.0245 2.609 0.0242 2.11E−02 168.7

102 4.00 1.65 0.0230 2.448 0.0217 1.98E−02 158.3

103 5.50 −0.25 0.0233 2.481 0.0222 2.01E−02 160.4

104 7.00 −0.25 0.0285 3.042 0.0307 2.46E−02 196.6

105 8.00 −2.15 0.0264 2.813 0.0272 2.28E−02 181.8

106 8.00 −1.75 0.0294 3.132 0.0320 2.54E−02 202.4

107 8.00 −1.36 0.0291 3.105 0.0316 2.51E−02 200.7

108 8.00 −0.91 0.0308 3.282 0.0343 2.66E−02 212.2

109 8.00 −0.25 0.0330 3.520 0.0378 2.85E−02 227.5

110 8.00 0.00 0.0328 3.496 0.0375 2.83E−02 226.0

111 8.00 0.13 0.0316 3.369 0.0356 2.73E−02 217.8

112 8.00 0.41 0.0338 3.605 0.0391 2.92E−02 233.0

113 8.00 0.86 0.0328 3.502 0.0376 2.84E−02 226.4

114 8.00 1.25 0.0307 3.277 0.0342 2.65E−02 211.8

115 8.00 1.65 0.0299 3.191 0.0329 2.58E−02 206.3

116 9.00 −0.25 0.0328 3.502 0.0376 2.84E−02 226.4

117 9.00 0.00 0.0326 3.482 0.0373 2.82E−02 225.0

118 9.00 0.13 0.0332 3.540 0.0381 2.87E−02 228.8

119 9.00 0.41 0.0320 3.413 0.0362 2.76E−02 220.6

120 9.00 0.76 0.0366 3.906 0.0436 3.16E−02 252.5

121 9.00 1.07 0.0335 3.569 0.0386 2.89E−02 230.7

122 10.00 −0.25 0.0411 4.382 0.0508 3.55E−02 283.3

123 10.00 0.00 0.0406 4.332 0.0500 3.51E−02 280.0

124 10.00 0.13 0.0424 4.518 0.0528 3.66E−02 292.0

125 10.00 0.41 0.0382 4.078 0.0462 3.30E−02 263.6

126 10.00 0.65 0.0400 4.265 0.0490 3.45E−02 275.7

127 10.00 0.83 0.0391 4.167 0.0475 3.37E−02 269.3

128 10.00 0.97 0.0397 4.231 0.0485 3.43E−02 273.5

129 10.00 1.09 0.0410 4.371 0.0506 3.54E−02 282.6

130 11.00 −0.25 0.0407 4.344 0.0502 3.52E−02 280.8

131 11.00 0.00 0.0444 4.738 0.0561 3.84E−02 306.2

132 11.00 0.13 0.0438 4.670 0.0551 3.78E−02 301.8

133 11.00 0.27 0.0441 4.706 0.0556 3.81E−02 304.2

134 11.00 0.55 0.0406 4.328 0.0500 3.51E−02 279.7

135 11.00 0.72 0.0434 4.632 0.0545 3.75E−02 299.4

136 11.00 0.86 0.0454 4.842 0.0577 3.92E−02 313.0

137 11.00 0.98 0.0445 4.744 0.0562 3.84E−02 306.6

138 12.00 −0.25 0.0466 4.967 0.0596 4.02E−02 321.0

139 12.00 0.00 0.0469 4.999 0.0601 4.05E−02 323.1

140 12.00 0.13 0.0466 4.968 0.0596 4.02E−02 321.1

141 12.00 0.27 0.0466 4.970 0.0596 4.03E−02 321.3

142 12.00 0.44 0.0464 4.948 0.0593 4.01E−02 319.8

143 12.00 0.62 0.0471 5.025 0.0604 4.07E−02 324.8

144 12.00 0.76 0.0473 5.043 0.0607 4.08E−02 325.9

145 12.00 0.88 0.0479 5.112 0.0617 4.14E−02 330.4

146 13.00 −0.25 0.0505 5.386 0.0659 4.36E−02 348.1

147 13.00 0.00 0.0509 5.431 0.0665 4.40E−02 351.0

148 13.00 0.13 0.0506 5.402 0.0661 4.38E−02 349.2

149 13.00 0.27 0.0507 5.405 0.0661 4.38E−02 349.4
73

Table A2. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.39 0.0497 5.300 0.0646 4.29E−02 342.6

151 13.00 0.51 0.0507 5.404 0.0661 4.38E−02 349.3

152 13.00 0.65 0.0514 5.480 0.0673 4.44E−02 354.2

153 13.00 0.77 0.0512 5.465 0.0670 4.43E−02 353.2

154 14.00 −0.25 0.0553 5.898 0.0735 4.78E−02 381.2

155 14.00 0.00 0.0562 5.994 0.0750 4.85E−02 387.4

156 14.00 0.13 0.0548 5.850 0.0728 4.74E−02 378.1

157 14.00 0.27 0.0558 5.958 0.0744 4.83E−02 385.1

158 14.00 0.41 0.0559 5.961 0.0745 4.83E−02 385.3

159 14.00 0.55 0.0590 6.295 0.0795 5.10E−02 406.9

160 14.00 0.67 0.0583 6.219 0.0784 5.04E−02 402.0

161 15.00 −0.25 0.0623 6.641 0.0847 5.38E−02 429.2

162 15.00 0.00 0.0621 6.628 0.0845 5.37E−02 428.4

163 15.00 0.13 0.0637 6.797 0.0870 5.50E−02 439.3

164 15.00 0.44 0.0627 6.692 0.0855 5.42E−02 432.5

165 15.00 0.56 0.0626 6.681 0.0853 5.41E−02 431.8

166 16.00 −0.25 0.0722 7.705 0.1007 6.24E−02 498.0

167 16.00 0.00 0.0729 7.776 0.1017 6.30E−02 502.6

168 16.00 0.13 0.0741 7.903 0.1037 6.40E−02 510.8

169 16.00 0.23 0.0724 7.720 0.1009 6.25E−02 499.0

170 16.00 0.34 0.0730 7.791 0.1020 6.31E−02 503.6

171 16.00 0.46 0.0726 7.745 0.1013 6.27E−02 500.6

172 17.00 −0.25 0.0846 9.025 0.1205 7.31E−02 583.4

173 17.00 0.00 0.0869 9.273 0.1242 7.51E−02 599.3

174 17.00 0.13 0.0855 9.124 0.1220 7.39E−02 589.8

175 17.00 0.23 0.0844 8.999 0.1201 7.29E−02 581.7

176 17.00 0.35 0.0853 9.102 0.1217 7.37E−02 588.3

177 18.00 −0.25 0.1074 11.457 0.1570 9.28E−02 740.5

178 18.00 0.00 0.1053 11.233 0.1537 9.10E−02 726.1

179 18.00 0.13 0.1046 11.160 0.1526 9.04E−02 721.3

180 18.00 0.25 0.1061 11.316 0.1549 9.16E−02 731.4

181 18.50 −0.25 0.1166 12.443 0.1718 1.01E−01 804.3

182 18.50 0.00 0.1163 12.410 0.1713 1.01E−01 802.1

183 18.50 0.13 0.1145 12.217 0.1684 9.89E−02 789.6

184 18.60 0.17 0.1180 12.589 0.1740 1.02E−01 813.7

185 18.50 0.22 0.1171 12.493 0.1726 1.01E−01 807.5

186 19.20 −0.25 0.1197 12.764 0.1766 1.03E−01 825.0

187 19.20 0.00 0.1219 13.002 0.1802 1.05E−01 840.4

188 19.20 0.13 0.1220 13.009 0.1803 1.05E−01 840.9

189 19.30 0.17 0.1223 13.050 0.1809 1.06E−01 843.5

190 19.20 0.22 0.1231 13.136 0.1822 1.06E−01 849.0

191 20.00 −0.25 0.1270 13.547 0.1884 1.10E−01 875.6

192 20.00 0.00 0.1310 13.970 0.1948 1.13E−01 903.0

193 20.00 0.13 0.1296 13.823 0.1925 1.12E−01 893.4

194 20.10 0.17 0.1310 13.974 0.1948 1.13E−01 903.2

195 20.00 0.22 0.1295 13.814 0.1924 1.12E−01 892.9

196 20.80 −0.25 0.1312 13.995 0.1951 1.13E−01 904.6

197 20.80 0.00 0.1371 14.621 0.2045 1.18E−01 945.1

198 20.80 0.13 0.1366 14.569 0.2037 1.18E−01 941.7

199 20.90 0.17 0.1378 14.696 0.2057 1.19E−01 949.9

200 20.80 0.22 0.1370 14.617 0.2045 1.18E−01 944.8

201 21.60 −0.25 0.1365 14.561 0.2036 1.18E−01 941.1

202 21.60 0.00 0.1373 14.649 0.2049 1.19E−01 946.8

203 21.60 0.13 0.1382 14.741 0.2063 1.19E−01 952.8

204 21.70 0.17 0.1395 14.880 0.2084 1.21E−01 961.8

205 21.60 0.22 0.1416 15.107 0.2118 1.22E−01 976.5

206 22.40 −0.25 0.1476 15.744 0.2214 1.28E−01 1017.6

207 22.40 0.00 0.1505 16.055 0.2261 1.30E−01 1037.7
74

Table A2. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.13 0.1497 15.966 0.2247 1.29E−01 1032.0

209 22.50 0.17 0.1507 16.081 0.2264 1.30E−01 1039.4

210 22.40 0.22 0.1499 15.990 0.2251 1.30E−01 1033.5

211 23.20 −0.25 0.1638 17.475 0.2474 1.42E−01 1129.5

212 23.20 0.00 0.1640 17.497 0.2477 1.42E−01 1131.0

213 23.20 0.13 0.1647 17.574 0.2489 1.42E−01 1135.9

214 23.30 0.17 0.1669 17.803 0.2523 1.44E−01 1150.7

215 23.20 0.22 0.1658 17.687 0.2506 1.43E−01 1143.2

216 24.00 −0.25 0.1732 18.479 0.2625 1.50E−01 1194.4

217 24.00 0.00 0.1713 18.270 0.2593 1.48E−01 1180.9

218 24.00 0.13 0.1724 18.386 0.2611 1.49E−01 1188.4

219 24.10 0.17 0.1731 18.466 0.2623 1.50E−01 1193.6

220 24.00 0.22 0.1733 18.484 0.2625 1.50E−01 1194.7

221 25.00 −0.25 0.1526 16.282 0.2295 1.32E−01 1052.4

222 25.00 0.00 0.1594 17.008 0.2404 1.38E−01 1099.3

223 25.00 0.13 0.1550 16.533 0.2332 1.34E−01 1068.6

224 25.10 0.17 0.1410 15.038 0.2108 1.22E−01 972.0

225 25.00 0.22 0.1495 15.947 0.2244 1.29E−01 1030.7

226 9.00 999.00 0.0347 3.705 0.0406 3.00E−02 239.5

227 0.00 −2.50 1.1575 123.475 1.8390 1.00E+00 7980.8

228 0.00 −0.54 1.1711 124.923 1.8608 1.01E+00 8074.5

229 0.00 2.00 1.1388 121.477 1.8090 9.84E−01 7851.7

230 18.23 0.00 0.1998 21.317 0.3051 1.73E−01 1377.8

231 18.43 0.00 0.2690 28.698 0.4159 2.32E−01 1854.9

232 18.63 0.00 0.3262 34.795 0.5074 2.82E−01 2249.0

233 19.00 0.00 0.3335 35.575 0.5192 2.88E−01 2299.4

234 19.40 0.00 0.3582 38.211 0.5587 3.09E−01 2469.8

235 20.13 0.00 0.2574 27.455 0.3972 2.22E−01 1774.6

236 20.33 0.00 0.2008 21.417 0.3066 1.73E−01 1384.3

237 20.53 0.00 0.2033 21.689 0.3106 1.76E−01 1401.8

238 20.73 0.00 0.2375 25.332 0.3654 2.05E−01 1637.3

239 21.50 0.00 0.3420 36.479 0.5327 2.95E−01 2357.9

240 22.00 0.00 0.5469 58.340 0.8610 4.72E−01 3770.8

241 22.50 0.00 0.9381 100.069 1.4876 8.10E−01 6468.0

242 22.70 0.00 0.7504 80.052 1.1870 6.48E−01 5174.2

243 23.00 0.00 0.6128 65.368 0.9665 5.29E−01 4225.1

244 0.58 999.00 0.0306 3.268 0.0341 2.65E−02 211.2

245 0.86 999.00 0.0305 3.254 0.0338 2.64E−02 210.3

246 1.15 999.00 0.0301 3.211 0.0332 2.60E−02 207.5

247 1.43 999.00 0.0310 3.311 0.0347 2.68E−02 214.0

248 1.72 999.00 0.0285 3.041 0.0306 2.46E−02 196.6

249 2.00 999.00 0.0309 3.299 0.0345 2.67E−02 213.2

250 2.29 999.00 0.0303 3.237 0.0336 2.62E−02 209.2

251 2.57 999.00 0.0301 3.215 0.0333 2.60E−02 207.8

252 2.86 999.00 0.0299 3.194 0.0330 2.59E−02 206.5

253 3.14 999.00 0.0291 3.101 0.0315 2.51E−02 200.4

254 3.43 999.00 0.0308 3.285 0.0343 2.66E−02 212.3

255 999.00 999.00 0.0283 3.019 0.0303 2.45E−02 195.2

256 999.00 999.00 0.0287 3.061 0.0309 2.48E−02 197.8
75

Table A3. Flow Conditions and Pressure Distribution for Run 39

[CR = 5; Re = 1.14 × 106 per foot; 50 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 725.05 (.49991E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1841.37 ( 1022.98)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0325 ( 16.75)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 462.81 (.10758E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.78

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . 0.0190 ( 131.28)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . 95.64 ( 53.13)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.16702E−04 (.86080E−02)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . 0.22810E+02 (.53020E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 479.77 ( 146.24)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 4692.33 ( 1430.22)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . 0.10943E+07 (.35903E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . 1.277 ( 8803.95)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . 0.71616E−07 (.34290E−05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 2.367 ( 16329.73)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1845.77 ( 1025.43)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.10760E−03 (.55458E−01)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0642 3.635 0.0384 2.86E−02 442.5

2 11.18 0.20 0.0680 3.850 0.0415 3.03E−02 468.7

3 12.17 0.20 0.0725 4.107 0.0453 3.23E−02 500.0

4 13.15 0.20 0.0779 4.415 0.0498 3.47E−02 537.5

5 14.21 0.20 0.0854 4.838 0.0560 3.80E−02 589.0

6 15.14 0.20 0.0961 5.444 0.0648 4.28E−02 662.7

7 16.13 0.20 0.1094 6.195 0.0757 4.87E−02 754.2

8 17.12 0.20 0.1290 7.309 0.0920 5.75E−02 889.7

9 18.11 0.20 0.1626 9.210 0.1197 7.24E−02 1121.2

10 19.74 0.20 0.1813 10.270 0.1351 8.08E−02 1250.3

11 20.55 0.20 0.1975 11.184 0.1484 8.79E−02 1361.5

12 22.56 0.20 0.2231 12.637 0.1696 9.94E−02 1538.3

13 24.98 0.20 0.2503 14.176 0.1921 1.11E−01 1725.8

14 10.59 0.60 0.1049 5.940 0.0720 4.67E−02 723.1

15 11.58 0.60 0.0894 5.061 0.0592 3.98E−02 616.1

16 12.57 0.60 0.0872 4.941 0.0574 3.88E−02 601.4

17 13.56 0.60 0.0855 4.842 0.0560 3.81E−02 589.4

18 14.60 0.60 0.0899 5.090 0.0596 4.00E−02 619.6

19 15.54 0.60 0.1005 5.694 0.0684 4.48E−02 693.2

20 16.53 0.60 0.1138 6.444 0.0794 5.07E−02 784.4

21 17.52 0.60 0.1382 7.828 0.0995 6.15E−02 952.9

22 18.51 0.60 0.1759 9.966 0.1307 7.84E−02 1213.1

23 12.97 1.00 0.1107 6.270 0.0768 4.93E−02 763.3

24 15.00 1.00 0.1157 6.554 0.0810 5.15E−02 797.8

25 15.94 1.00 0.1226 6.945 0.0867 5.46E−02 845.5

26 16.93 1.00 0.1315 7.449 0.0940 5.86E−02 906.8

27 17.92 1.00 0.1590 9.008 0.1167 7.08E−02 1096.6

28 18.91 1.00 0.2153 12.196 0.1632 9.59E−02 1484.6

29 24.98 1.00 0.2712 15.361 0.2093 1.21E−01 1870.0

30 11.99 2.00 0.1070 6.058 0.0737 4.76E−02 737.5

31 13.97 2.00 0.0955 5.411 0.0643 4.25E−02 658.7

32 15.98 2.00 0.1269 7.186 0.0902 5.65E−02 874.7

33 16.94 2.00 0.1399 7.927 0.1010 6.23E−02 964.9
76

Table A3. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.1487 8.423 0.1082 6.62E−02 1025.4

35 18.42 2.00 0.1735 9.827 0.1287 7.73E−02 1196.2

36 18.92 2.00 0.2730 15.465 0.2109 1.22E−01 1882.7

37 19.41 2.00 0.3934 22.280 0.3102 1.75E−01 2712.2

38 19.91 2.00 0.4418 25.026 0.3502 1.97E−01 3046.5

39 20.26 2.00 0.4663 26.411 0.3704 2.08E−01 3215.1

40 21.11 2.00 0.3109 17.610 0.2421 1.38E−01 2143.7

41 21.96 2.00 0.5309 30.068 0.4237 2.36E−01 3660.3

42 22.74 2.00 0.4384 24.833 0.3474 1.95E−01 3023.0

43 23.52 2.00 0.2813 15.931 0.2176 1.25E−01 1939.4

44 24.98 2.00 0.3354 18.999 0.2624 1.49E−01 2312.8

45 17.94 3.00 0.1426 8.076 0.1032 6.35E−02 983.2

46 18.93 3.00 0.1725 9.768 0.1278 7.68E−02 1189.1

47 19.92 3.00 0.3422 19.383 0.2680 1.52E−01 2359.6

48 20.91 3.00 0.7919 44.855 0.6393 3.53E−01 5460.4

49 22.11 3.00 0.4228 23.947 0.3345 1.88E−01 2915.2

50 22.96 3.00 0.9222 52.233 0.7468 4.11E−01 6358.5

51 23.74 3.00 0.6694 37.914 0.5381 2.98E−01 4615.5

52 24.98 3.00 0.8733 49.464 0.7064 3.89E−01 6021.4

53 18.34 3.40 0.1564 8.856 0.1145 6.96E−02 1078.1

54 19.32 3.40 0.2100 11.895 0.1588 9.35E−02 1448.0

55 19.82 3.40 0.3126 17.704 0.2435 1.39E−01 2155.2

56 20.32 3.40 0.5061 28.667 0.4033 2.25E−01 3489.7

57 20.81 3.40 0.7921 44.866 0.6394 3.53E−01 5461.8

58 21.31 3.40 0.8094 45.844 0.6537 3.60E−01 5580.7

59 21.66 3.40 0.6485 36.732 0.5209 2.89E−01 4471.6

60 22.94 3.40 1.4389 81.500 1.1734 6.41E−01 9921.3

61 23.75 3.40 0.8026 45.458 0.6480 3.57E−01 5533.8

62 24.14 3.40 1.2658 71.694 1.0305 5.64E−01 8727.6

63 22.29 3.60 0.9414 53.320 0.7626 4.19E−01 6490.8

64 22.71 3.60 1.3875 78.586 1.1309 6.18E−01 9566.5

65 23.14 3.60 1.1468 64.954 0.9322 5.11E−01 7907.1

66 23.95 3.60 1.0484 59.383 0.8510 4.67E−01 7228.9

67 24.34 3.60 1.2233 69.288 0.9954 5.45E−01 8434.7

68 13.79 3.80 0.0844 4.782 0.0551 3.76E−02 582.2

69 15.77 3.80 0.1140 6.459 0.0796 5.08E−02 786.3

70 17.75 3.80 0.1226 6.945 0.0867 5.46E−02 845.5

71 19.23 3.80 0.2025 11.471 0.1526 9.02E−02 1396.4

72 19.73 3.80 0.2973 16.838 0.2309 1.32E−01 2049.8

73 20.22 3.80 0.4814 27.269 0.3829 2.14E−01 3319.5

74 20.72 3.80 0.7475 42.337 0.6025 3.33E−01 5153.8

75 21.41 3.80 0.7982 45.210 0.6444 3.55E−01 5503.6

76 21.71 3.80 0.7122 40.339 0.5734 3.17E−01 4910.6

77 22.06 3.80 0.8454 47.881 0.6834 3.76E−01 5828.8

78 22.49 3.80 1.0466 59.280 0.8495 4.66E−01 7216.4

79 22.76 3.80 1.0655 60.352 0.8651 4.75E−01 7346.9

80 22.91 3.80 1.0676 60.468 0.8668 4.75E−01 7361.0

81 23.76 3.80 1.0767 60.985 0.8744 4.80E−01 7424.0

82 24.15 3.80 1.3048 73.905 1.0627 5.81E−01 8996.7

83 24.98 3.80 1.1083 62.776 0.9005 4.94E−01 7641.9

84 22.59 3.90 0.9958 56.403 0.8076 4.43E−01 6866.2

85 22.80 3.90 1.0774 61.026 0.8750 4.80E−01 7428.9

86 23.01 3.90 1.1968 67.784 0.9735 5.33E−01 8251.6

87 23.15 3.90 1.1541 65.370 0.9383 5.14E−01 7957.8

88 23.86 3.90 1.1875 67.261 0.9659 5.29E−01 8188.0

89 24.25 3.90 1.1825 66.977 0.9617 5.27E−01 8153.4

90 11.99 2.00 0.1077 6.102 0.0744 4.80E−02 742.8

91 13.97 2.00 0.1016 5.755 0.0693 4.53E−02 700.6
77

Table A3. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.1252 7.091 0.0888 5.58E−02 863.2

93 17.93 2.00 0.1541 8.726 0.1126 6.86E−02 1062.3

94 19.91 2.00 0.4411 24.981 0.3496 1.96E−01 3041.1

95 1.00 −0.25 0.0482 2.731 0.0252 2.15E−02 332.5

96 1.00 0.41 0.0471 2.670 0.0243 2.10E−02 325.1

97 1.00 1.03 0.0472 2.676 0.0244 2.10E−02 325.7

98 1.00 1.65 0.0471 2.669 0.0243 2.10E−02 325.0

99 2.50 −0.25 0.0390 2.211 0.0177 1.74E−02 269.2

100 4.00 −0.25 0.0362 2.051 0.0153 1.61E−02 249.6

101 4.00 0.41 0.0368 2.086 0.0158 1.64E−02 253.9

102 4.00 1.65 0.0357 2.024 0.0149 1.59E−02 246.4

103 5.50 −0.25 0.0352 1.996 0.0145 1.57E−02 242.9

104 7.00 −0.25 0.0496 2.810 0.0264 2.21E−02 342.1

105 8.00 −2.15 0.0452 2.561 0.0228 2.01E−02 311.8

106 8.00 −1.75 0.0479 2.710 0.0249 2.13E−02 329.9

107 8.00 −1.36 0.0492 2.786 0.0260 2.19E−02 339.2

108 8.00 −0.91 0.0517 2.930 0.0281 2.30E−02 356.7

109 8.00 −0.25 0.0539 3.053 0.0299 2.40E−02 371.7

110 8.00 0.00 0.0537 3.041 0.0297 2.39E−02 370.1

111 8.00 0.13 0.0535 3.030 0.0296 2.38E−02 368.9

112 8.00 0.41 0.0537 3.043 0.0298 2.39E−02 370.5

113 8.00 0.86 0.0522 2.958 0.0285 2.33E−02 360.1

114 8.00 1.25 0.0497 2.816 0.0265 2.21E−02 342.8

115 8.00 1.65 0.0477 2.699 0.0248 2.12E−02 328.6

116 9.00 −0.25 0.0542 3.073 0.0302 2.42E−02 374.0

117 9.00 0.00 0.0545 3.086 0.0304 2.43E−02 375.7

118 9.00 0.13 0.0540 3.058 0.0300 2.40E−02 372.3

119 9.00 0.41 0.0531 3.010 0.0293 2.37E−02 366.4

120 9.00 0.76 0.0532 3.014 0.0294 2.37E−02 366.9

121 9.00 1.07 0.0475 2.690 0.0246 2.12E−02 327.5

122 10.00 −0.25 0.0598 3.388 0.0348 2.66E−02 412.4

123 10.00 0.00 0.0598 3.386 0.0348 2.66E−02 412.1

124 10.00 0.13 0.0607 3.436 0.0355 2.70E−02 418.3

125 10.00 0.41 0.0578 3.271 0.0331 2.57E−02 398.2

126 10.00 0.65 0.0588 3.329 0.0339 2.62E−02 405.2

127 10.00 0.83 0.0580 3.286 0.0333 2.58E−02 400.0

128 10.00 0.97 0.0590 3.342 0.0341 2.63E−02 406.9

129 10.00 1.09 0.0619 3.506 0.0365 2.76E−02 426.8

130 11.00 −0.25 0.0676 3.828 0.0412 3.01E−02 466.0

131 11.00 0.00 0.0653 3.700 0.0394 2.91E−02 450.5

132 11.00 0.13 0.0645 3.652 0.0387 2.87E−02 444.6

133 11.00 0.27 0.0643 3.644 0.0385 2.87E−02 443.6

134 11.00 0.55 0.0620 3.511 0.0366 2.76E−02 427.4

135 11.00 0.72 0.0646 3.658 0.0387 2.88E−02 445.3

136 11.00 0.86 0.0659 3.734 0.0399 2.94E−02 454.6

137 11.00 0.98 0.0674 3.818 0.0411 3.00E−02 464.8

138 12.00 −0.25 0.0683 3.870 0.0418 3.04E−02 471.1

139 12.00 0.00 0.0695 3.938 0.0428 3.10E−02 479.4

140 12.00 0.13 0.0691 3.915 0.0425 3.08E−02 476.6

141 12.00 0.27 0.0685 3.880 0.0420 3.05E−02 472.3

142 12.00 0.44 0.0689 3.901 0.0423 3.07E−02 474.9

143 12.00 0.62 0.0703 3.981 0.0435 3.13E−02 484.6

144 12.00 0.76 0.0725 4.105 0.0453 3.23E−02 499.7

145 12.00 0.88 0.0727 4.119 0.0455 3.24E−02 501.5

146 13.00 −0.25 0.0744 4.216 0.0469 3.31E−02 513.2

147 13.00 0.00 0.0766 4.337 0.0486 3.41E−02 528.0

148 13.00 0.13 0.0755 4.275 0.0477 3.36E−02 520.4

149 13.00 0.27 0.0743 4.210 0.0468 3.31E−02 512.5
78

Table A3. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.39 0.0752 4.260 0.0475 3.35E−02 518.6

151 13.00 0.51 0.0767 4.346 0.0488 3.42E−02 529.0

152 13.00 0.65 0.0783 4.436 0.0501 3.49E−02 540.0

153 13.00 0.77 0.0783 4.433 0.0500 3.49E−02 539.7

154 14.00 −0.25 0.0840 4.756 0.0547 3.74E−02 579.0

155 14.00 0.00 0.0855 4.842 0.0560 3.81E−02 589.4

156 14.00 0.13 0.0837 4.738 0.0545 3.73E−02 576.8

157 14.00 0.27 0.0836 4.734 0.0544 3.72E−02 576.3

158 14.00 0.41 0.0860 4.871 0.0564 3.83E−02 593.0

159 14.00 0.55 0.0868 4.917 0.0571 3.87E−02 598.5

160 14.00 0.67 0.0848 4.801 0.0554 3.77E−02 584.4

161 15.00 −0.25 0.0951 5.388 0.0640 4.24E−02 655.9

162 15.00 0.00 0.0969 5.488 0.0654 4.32E−02 668.1

163 15.00 0.13 0.0963 5.455 0.0649 4.29E−02 664.0

164 15.00 0.44 0.0967 5.478 0.0653 4.31E−02 666.8

165 15.00 0.56 0.0948 5.368 0.0637 4.22E−02 653.5

166 16.00 −0.25 0.1120 6.344 0.0779 4.99E−02 772.3

167 16.00 0.00 0.1132 6.409 0.0788 5.04E−02 780.2

168 16.00 0.13 0.1129 6.397 0.0787 5.03E−02 778.7

169 16.00 0.23 0.1121 6.350 0.0780 4.99E−02 773.1

170 16.00 0.34 0.1112 6.298 0.0772 4.95E−02 766.7

171 16.00 0.46 0.1079 6.109 0.0745 4.80E−02 743.7

172 17.00 −0.25 0.1339 7.582 0.0959 5.96E−02 922.9

173 17.00 0.00 0.1367 7.741 0.0983 6.09E−02 942.4

174 17.00 0.13 0.1352 7.656 0.0970 6.02E−02 932.0

175 17.00 0.23 0.1316 7.453 0.0941 5.86E−02 907.3

176 17.00 0.35 0.1276 7.226 0.0908 5.68E−02 879.7

177 18.00 −0.25 0.1649 9.340 0.1216 7.34E−02 1136.9

178 18.00 0.00 0.1721 9.749 0.1275 7.67E−02 1186.7

179 18.00 0.13 0.1684 9.539 0.1245 7.50E−02 1161.2

180 18.00 0.25 0.1638 9.275 0.1206 7.29E−02 1129.1

181 18.50 −0.25 0.1839 10.414 0.1372 8.19E−02 1267.8

182 18.50 0.00 0.1920 10.877 0.1440 8.55E−02 1324.1

183 18.50 0.13 0.1842 10.430 0.1375 8.20E−02 1269.7

184 18.60 0.17 0.1829 10.361 0.1364 8.15E−02 1261.3

185 18.50 0.22 0.1832 10.376 0.1367 8.16E−02 1263.1

186 19.20 −0.25 0.1841 10.426 0.1374 8.20E−02 1269.1

187 19.20 0.00 0.1866 10.569 0.1395 8.31E−02 1286.6

188 19.20 0.13 0.1846 10.454 0.1378 8.22E−02 1272.6

189 19.30 0.17 0.1840 10.422 0.1373 8.19E−02 1268.7

190 19.20 0.22 0.1849 10.470 0.1380 8.23E−02 1274.6

191 20.00 −0.25 0.1957 11.087 0.1470 8.72E−02 1349.7

192 20.00 0.00 0.1929 10.925 0.1447 8.59E−02 1330.0

193 20.00 0.13 0.1942 10.997 0.1457 8.65E−02 1338.7

194 20.10 0.17 0.1971 11.163 0.1481 8.78E−02 1358.9

195 20.00 0.22 0.1948 11.034 0.1463 8.68E−02 1343.2

196 20.80 −0.25 0.2057 11.653 0.1553 9.16E−02 1418.6

197 20.80 0.00 0.2108 11.938 0.1594 9.39E−02 1453.3

198 20.80 0.13 0.2113 11.968 0.1599 9.41E−02 1456.9

199 20.90 0.17 0.2144 12.141 0.1624 9.55E−02 1478.0

200 20.80 0.22 0.2134 12.085 0.1616 9.50E−02 1471.1

201 21.60 −0.25 0.2124 12.031 0.1608 9.46E−02 1464.6

202 21.60 0.00 0.2066 11.703 0.1560 9.20E−02 1424.7

203 21.60 0.13 0.2086 11.813 0.1576 9.29E−02 1438.0

204 21.70 0.17 0.2103 11.911 0.1590 9.37E−02 1450.0

205 21.60 0.22 0.2125 12.035 0.1609 9.46E−02 1465.1

206 22.40 −0.25 0.2157 12.218 0.1635 9.61E−02 1487.3

207 22.40 0.00 0.2144 12.145 0.1625 9.55E−02 1478.4
79

Table A3. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.13 0.2146 12.153 0.1626 9.56E−02 1479.4

209 22.50 0.17 0.2177 12.331 0.1652 9.70E−02 1501.0

210 22.40 0.22 0.2173 12.309 0.1648 9.68E−02 1498.4

211 23.20 −0.25 0.2396 13.570 0.1832 1.07E−01 1651.9

212 23.20 0.00 0.2345 13.282 0.1790 1.04E−01 1616.9

213 23.20 0.13 0.2381 13.488 0.1820 1.06E−01 1641.9

214 23.30 0.17 0.2436 13.800 0.1866 1.09E−01 1679.9

215 23.20 0.22 0.2402 13.605 0.1837 1.07E−01 1656.2

216 24.00 −0.25 0.2602 14.737 0.2002 1.16E−01 1794.0

217 24.00 0.00 0.2570 14.558 0.1976 1.14E−01 1772.2

218 24.00 0.13 0.2568 14.547 0.1975 1.14E−01 1770.9

219 24.10 0.17 0.2614 14.808 0.2013 1.16E−01 1802.6

220 24.00 0.22 0.2605 14.755 0.2005 1.16E−01 1796.1

221 25.00 −0.25 0.2402 13.608 0.1838 1.07E−01 1656.5

222 25.00 0.00 0.2541 14.395 0.1952 1.13E−01 1752.3

223 25.00 0.13 0.2516 14.249 0.1931 1.12E−01 1734.6

224 25.10 0.17 0.2267 12.837 0.1725 1.01E−01 1562.8

225 25.00 0.22 0.2421 13.713 0.1853 1.08E−01 1669.3

226 9.00 999.00 0.0436 2.469 0.0214 1.94E−02 300.5

227 0.00 −2.50 2.2166 125.547 1.8154 9.87E−01 15283.2

228 0.00 −0.54 2.2430 127.043 1.8373 9.99E−01 15465.4

229 0.00 2.00 2.2021 124.727 1.8035 9.81E−01 15183.5

230 18.23 0.00 0.2172 12.300 0.1647 9.67E−02 1497.4

231 18.43 0.00 0.2789 15.795 0.2157 1.24E−01 1922.8

232 18.63 0.00 0.4096 23.199 0.3236 1.82E−01 2824.1

233 19.00 0.00 0.4966 28.128 0.3954 2.21E−01 3424.2

234 19.40 0.00 0.5313 30.091 0.4240 2.37E−01 3663.1

235 20.13 0.00 0.7134 40.406 0.5744 3.18E−01 4918.8

236 20.33 0.00 0.6498 36.806 0.5219 2.89E−01 4480.5

237 20.53 0.00 0.4714 26.699 0.3746 2.10E−01 3250.2

238 20.73 0.00 0.4553 25.790 0.3614 2.03E−01 3139.5

239 21.50 0.00 0.6319 35.788 0.5071 2.81E−01 4356.7

240 22.00 0.00 0.9446 53.504 0.7653 4.21E−01 6513.2

241 22.50 0.00 1.2217 69.199 0.9941 5.44E−01 8423.8

242 22.70 0.00 1.3957 79.053 1.1377 6.22E−01 9623.4

243 23.00 0.00 1.0068 57.024 0.8166 4.48E−01 6941.7

244 0.58 999.00 0.0285 1.616 0.0090 1.27E−02 196.7

245 0.86 999.00 0.0292 1.652 0.0095 1.30E−02 201.1

246 1.15 999.00 0.0289 1.637 0.0093 1.29E−02 199.2

247 1.43 999.00 0.0292 1.656 0.0096 1.30E−02 201.6

248 1.72 999.00 0.0275 1.558 0.0081 1.22E−02 189.6

249 2.00 999.00 0.0284 1.607 0.0089 1.26E−02 195.7

250 2.29 999.00 0.0280 1.584 0.0085 1.25E−02 192.9

251 2.57 999.00 0.0287 1.628 0.0092 1.28E−02 198.1

252 2.86 999.00 0.0290 1.643 0.0094 1.29E−02 200.0

253 3.14 999.00 0.0285 1.616 0.0090 1.27E−02 196.7

254 3.43 999.00 0.0284 1.608 0.0089 1.26E−02 195.8

255 999.00 999.00 0.0261 1.477 0.0070 1.16E−02 179.8

256 999.00 999.00 0.0276 1.566 0.0082 1.23E−02 190.6
80

Table A4. Flow Conditions and Pressure Distribution for Run 40

[CR = 5; Re = 2.15 × 106 per foot; 50 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1438.95 (.99212E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1802.41 ( 1001.34)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0648 ( 33.40)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 453.24 (.10535E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.93

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . 0.0348 ( 240.02)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . 90.91 ( 50.51)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.32125E−04 (.16556E−01)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . 0.21682E+02 (.50399E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 467.77 ( 142.58)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 4647.06 ( 1416.42)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . 0.22134E+07 (.72620E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . 2.409 ( 16608.23)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . 0.67445E−07 (.32293E−05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 4.465 ( 30766.02)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1810.75 ( 1005.97)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.20685E−03 (.10661E+00)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0925 2.917 0.0269 2.21E−02 638.1

2 11.18 0.20 0.1002 3.158 0.0303 2.40E−02 690.9

3 12.17 0.20 0.1093 3.446 0.0344 2.61E−02 753.9

4 13.15 0.20 0.1196 3.770 0.0389 2.86E−02 824.8

5 14.21 0.20 0.1347 4.245 0.0456 3.22E−02 928.7

6 15.14 0.20 0.1491 4.698 0.0520 3.56E−02 1027.8

7 16.13 0.20 0.1702 5.363 0.0613 4.07E−02 1173.4

8 17.12 0.20 0.2113 6.659 0.0795 5.05E−02 1456.9

9 18.11 0.20 0.2783 8.771 0.1092 6.65E−02 1919.0

10 19.74 0.20 0.3224 10.161 0.1288 7.71E−02 2223.0

11 20.55 0.20 0.3439 10.840 0.1383 8.22E−02 2371.5

12 22.56 0.20 0.3644 11.485 0.1474 8.71E−02 2512.6

13 24.98 0.20 0.4270 13.457 0.1751 1.02E−01 2944.0

14 10.59 0.60 0.1693 5.337 0.0610 4.05E−02 1167.5

15 11.58 0.60 0.1519 4.789 0.0533 3.63E−02 1047.7

16 12.57 0.60 0.1489 4.694 0.0519 3.56E−02 1027.0

17 13.56 0.60 0.1470 4.634 0.0511 3.51E−02 1013.7

18 14.60 0.60 0.1523 4.801 0.0534 3.64E−02 1050.3

19 15.54 0.60 0.1646 5.189 0.0589 3.94E−02 1135.2

20 16.53 0.60 0.1891 5.961 0.0697 4.52E−02 1304.1

21 17.52 0.60 0.2320 7.311 0.0887 5.54E−02 1599.4

22 18.51 0.60 0.3038 9.573 0.1205 7.26E−02 2094.4

23 12.97 1.00 0.1666 5.252 0.0598 3.98E−02 1149.0

24 15.00 1.00 0.1852 5.837 0.0680 4.43E−02 1277.0

25 15.94 1.00 0.1993 6.280 0.0742 4.76E−02 1374.0

26 16.93 1.00 0.2231 7.032 0.0848 5.33E−02 1538.5

27 17.92 1.00 0.2622 8.263 0.1021 6.27E−02 1807.6

28 18.91 1.00 0.3986 12.562 0.1625 9.53E−02 2748.2

29 24.98 1.00 0.4869 15.344 0.2016 1.16E−01 3356.8

30 11.99 2.00 0.1726 5.438 0.0624 4.12E−02 1189.8

31 13.97 2.00 0.1481 4.669 0.0516 3.54E−02 1021.5

32 15.98 2.00 0.1858 5.857 0.0683 4.44E−02 1281.4

33 16.94 2.00 0.2079 6.553 0.0781 4.97E−02 1433.7
81

Table A4. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.2374 7.482 0.0911 5.67E−02 1636.9

35 18.42 2.00 0.2590 8.161 0.1007 6.19E−02 1785.5

36 18.92 2.00 0.3940 12.416 0.1605 9.42E−02 2716.3

37 19.41 2.00 0.6414 20.216 0.2701 1.53E−01 4422.7

38 19.91 2.00 0.8696 27.408 0.3712 2.08E−01 5996.1

39 20.26 2.00 0.9189 28.959 0.3930 2.20E−01 6335.5

40 21.11 2.00 0.5924 18.671 0.2484 1.42E−01 4084.8

41 21.96 2.00 0.8317 26.211 0.3543 1.99E−01 5734.3

42 22.74 2.00 0.8410 26.504 0.3585 2.01E−01 5798.4

43 23.52 2.00 0.5349 16.860 0.2229 1.28E−01 3688.5

44 24.98 2.00 0.6242 19.671 0.2624 1.49E−01 4303.5

45 17.94 3.00 0.2357 7.428 0.0904 5.63E−02 1625.1

46 18.93 3.00 0.2983 9.402 0.1181 7.13E−02 2057.0

47 19.92 3.00 0.4329 13.642 0.1777 1.03E−01 2984.6

48 20.91 3.00 1.3199 41.597 0.5706 3.15E−01 9100.4

49 22.11 3.00 0.5783 18.225 0.2421 1.38E−01 3987.3

50 22.96 3.00 1.6330 51.466 0.7093 3.90E−01 11259.4

51 23.74 3.00 1.1640 36.685 0.5016 2.78E−01 8025.8

52 24.98 3.00 1.6769 52.848 0.7287 4.01E−01 11561.9

53 18.34 3.40 0.2636 8.309 0.1027 6.30E−02 1817.8

54 19.32 3.40 0.3434 10.822 0.1381 8.21E−02 2367.6

55 19.82 3.40 0.4255 13.410 0.1744 1.02E−01 2933.7

56 20.32 3.40 0.6468 20.386 0.2725 1.55E−01 4460.0

57 20.81 3.40 1.2135 38.245 0.5235 2.90E−01 8367.1

58 21.31 3.40 1.7962 56.610 0.7816 4.29E−01 12384.9

59 21.66 3.40 1.5176 47.829 0.6582 3.63E−01 10463.8

60 22.94 3.40 2.9660 93.478 1.2998 7.09E−01 20450.7

61 23.75 3.40 1.3904 43.820 0.6019 3.32E−01 9586.7

62 24.14 3.40 1.5763 49.678 0.6842 3.77E−01 10868.4

63 22.29 3.60 0.6588 20.762 0.2778 1.57E−01 4542.3

64 22.71 3.60 3.2333 101.902 1.4182 7.73E−01 22293.7

65 23.14 3.60 2.5309 79.765 1.1071 6.05E−01 17450.6

66 23.95 3.60 1.2875 40.578 0.5563 3.08E−01 8877.5

67 24.34 3.60 2.3378 73.680 1.0215 5.59E−01 16119.4

68 13.79 3.80 0.1355 4.269 0.0459 3.24E−02 934.0

69 15.77 3.80 0.1484 4.677 0.0517 3.55E−02 1023.3

70 17.75 3.80 0.2068 6.517 0.0775 4.94E−02 1425.8

71 19.23 3.80 0.3417 10.768 0.1373 8.17E−02 2355.8

72 19.73 3.80 0.4117 12.976 0.1683 9.84E−02 2838.7

73 20.22 3.80 0.6043 19.047 0.2537 1.44E−01 4167.0

74 20.72 3.80 0.9836 30.999 0.4217 2.35E−01 6781.9

75 21.41 3.80 1.7020 53.640 0.7399 4.07E−01 11735.2

76 21.71 3.80 1.5955 50.283 0.6927 3.81E−01 11000.8

77 22.06 3.80 1.3390 42.201 0.5791 3.20E−01 9232.6

78 22.49 3.80 1.7473 55.069 0.7600 4.18E−01 12047.8

79 22.76 3.80 1.9255 60.684 0.8389 4.60E−01 13276.3

80 22.91 3.80 2.0037 63.149 0.8735 4.79E−01 13815.4

81 23.76 3.80 1.5654 49.335 0.6794 3.74E−01 10793.2

82 24.15 3.80 1.9464 61.343 0.8481 4.65E−01 13420.3

83 24.98 3.80 1.8108 57.070 0.7881 4.33E−01 12485.5

84 22.59 3.90 1.7012 53.614 0.7395 4.07E−01 11729.5

85 22.80 3.90 1.6566 52.211 0.7198 3.96E−01 11422.5

86 23.01 3.90 1.9606 61.792 0.8545 4.69E−01 13518.6

87 23.15 3.90 2.0601 64.926 0.8985 4.92E−01 14204.3

88 23.86 3.90 1.8615 58.668 0.8106 4.45E−01 12835.2

89 24.25 3.90 1.7484 55.102 0.7604 4.18E−01 12055.0

90 11.99 2.00 0.1769 5.574 0.0643 4.23E−02 1219.5

91 13.97 2.00 0.1617 5.097 0.0576 3.87E−02 1115.0
82

Table A4. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.1803 5.681 0.0658 4.31E−02 1242.9

93 17.93 2.00 0.2477 7.808 0.0957 5.92E−02 1708.2

94 19.91 2.00 0.8035 25.322 0.3419 1.92E−01 5539.9

95 1.00 −0.25 0.0722 2.276 0.0179 1.73E−02 497.9

96 1.00 0.41 0.0698 2.200 0.0169 1.67E−02 481.4

97 1.00 1.03 0.0697 2.198 0.0168 1.67E−02 480.8

98 1.00 1.65 0.0710 2.238 0.0174 1.70E−02 489.5

99 2.50 −0.25 0.0561 1.767 0.0108 1.34E−02 386.5

100 4.00 −0.25 0.0521 1.643 0.0090 1.25E−02 359.4

101 4.00 0.41 0.0517 1.631 0.0089 1.24E−02 356.8

102 4.00 1.65 0.0515 1.622 0.0087 1.23E−02 354.8

103 5.50 −0.25 0.0498 1.570 0.0080 1.19E−02 343.4

104 7.00 −0.25 0.0728 2.293 0.0182 1.74E−02 501.7

105 8.00 −2.15 0.0665 2.097 0.0154 1.59E−02 458.7

106 8.00 −1.75 0.0695 2.191 0.0167 1.66E−02 479.2

107 8.00 −1.36 0.0727 2.292 0.0182 1.74E−02 501.5

108 8.00 −0.91 0.0763 2.405 0.0197 1.82E−02 526.1

109 8.00 −0.25 0.0790 2.489 0.0209 1.89E−02 544.5

110 8.00 0.00 0.0784 2.470 0.0207 1.87E−02 540.3

111 8.00 0.13 0.0788 2.485 0.0209 1.88E−02 543.6

112 8.00 0.41 0.0779 2.455 0.0204 1.86E−02 537.0

113 8.00 0.86 0.0751 2.368 0.0192 1.80E−02 518.0

114 8.00 1.25 0.0724 2.281 0.0180 1.73E−02 499.0

115 8.00 1.65 0.0690 2.176 0.0165 1.65E−02 476.0

116 9.00 −0.25 0.0800 2.523 0.0214 1.91E−02 551.9

117 9.00 0.00 0.0803 2.531 0.0215 1.92E−02 553.7

118 9.00 0.13 0.0797 2.510 0.0212 1.90E−02 549.2

119 9.00 0.41 0.0785 2.473 0.0207 1.88E−02 541.1

120 9.00 0.76 0.0712 2.244 0.0175 1.70E−02 490.8

121 9.00 1.07 0.0625 1.968 0.0136 1.49E−02 430.6

122 10.00 −0.25 0.0862 2.716 0.0241 2.06E−02 594.2

123 10.00 0.00 0.0863 2.719 0.0242 2.06E−02 594.9

124 10.00 0.13 0.0870 2.741 0.0245 2.08E−02 599.6

125 10.00 0.41 0.0851 2.682 0.0236 2.03E−02 586.7

126 10.00 0.65 0.0812 2.558 0.0219 1.94E−02 559.7

127 10.00 0.83 0.0804 2.535 0.0216 1.92E−02 554.7

128 10.00 0.97 0.0818 2.578 0.0222 1.96E−02 564.0

129 10.00 1.09 0.0871 2.746 0.0245 2.08E−02 600.7

130 11.00 −0.25 0.0907 2.859 0.0261 2.17E−02 625.5

131 11.00 0.00 0.0952 3.001 0.0281 2.28E−02 656.5

132 11.00 0.13 0.0947 2.986 0.0279 2.26E−02 653.2

133 11.00 0.27 0.0934 2.944 0.0273 2.23E−02 644.0

134 11.00 0.55 0.0852 2.687 0.0237 2.04E−02 587.8

135 11.00 0.72 0.0896 2.825 0.0257 2.14E−02 618.1

136 11.00 0.86 0.0930 2.931 0.0271 2.22E−02 641.2

137 11.00 0.98 0.0980 3.089 0.0294 2.34E−02 675.9

138 12.00 −0.25 0.1016 3.203 0.0310 2.43E−02 700.6

139 12.00 0.00 0.1036 3.266 0.0319 2.48E−02 714.6

140 12.00 0.13 0.1025 3.231 0.0314 2.45E−02 706.9

141 12.00 0.27 0.1011 3.186 0.0307 2.42E−02 697.0

142 12.00 0.44 0.0992 3.128 0.0299 2.37E−02 684.2

143 12.00 0.62 0.1001 3.155 0.0303 2.39E−02 690.3

144 12.00 0.76 0.1055 3.325 0.0327 2.52E−02 727.4

145 12.00 0.88 0.1073 3.381 0.0335 2.56E−02 739.7

146 13.00 −0.25 0.1117 3.519 0.0354 2.67E−02 769.9

147 13.00 0.00 0.1168 3.683 0.0377 2.79E−02 805.7

148 13.00 0.13 0.1140 3.593 0.0364 2.72E−02 786.0

149 13.00 0.27 0.1103 3.477 0.0348 2.64E−02 760.8
83

Table A4. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.39 0.1103 3.475 0.0348 2.64E−02 760.3

151 13.00 0.51 0.1121 3.533 0.0356 2.68E−02 773.0

152 13.00 0.65 0.1163 3.666 0.0375 2.78E−02 802.1

153 13.00 0.77 0.1174 3.701 0.0380 2.81E−02 809.7

154 14.00 −0.25 0.1260 3.970 0.0417 3.01E−02 868.5

155 14.00 0.00 0.1292 4.072 0.0432 3.09E−02 890.8

156 14.00 0.13 0.1277 4.024 0.0425 3.05E−02 880.3

157 14.00 0.27 0.1257 3.961 0.0416 3.00E−02 866.5

158 14.00 0.41 0.1273 4.012 0.0423 3.04E−02 877.8

159 14.00 0.55 0.1328 4.186 0.0448 3.17E−02 915.8

160 14.00 0.67 0.1298 4.091 0.0434 3.10E−02 895.0

161 15.00 −0.25 0.1484 4.677 0.0517 3.55E−02 1023.2

162 15.00 0.00 0.1521 4.794 0.0533 3.64E−02 1048.8

163 15.00 0.13 0.1529 4.818 0.0537 3.65E−02 1054.0

164 15.00 0.44 0.1513 4.767 0.0529 3.62E−02 1042.9

165 15.00 0.56 0.1478 4.657 0.0514 3.53E−02 1018.7

166 16.00 −0.25 0.1762 5.553 0.0640 4.21E−02 1214.9

167 16.00 0.00 0.1810 5.704 0.0661 4.33E−02 1248.0

168 16.00 0.13 0.1811 5.707 0.0662 4.33E−02 1248.6

169 16.00 0.23 0.1796 5.662 0.0655 4.29E−02 1238.7

170 16.00 0.34 0.1773 5.589 0.0645 4.24E−02 1222.7

171 16.00 0.46 0.1703 5.367 0.0614 4.07E−02 1174.2

172 17.00 −0.25 0.2170 6.840 0.0821 5.19E−02 1496.4

173 17.00 0.00 0.2226 7.014 0.0845 5.32E−02 1534.5

174 17.00 0.13 0.2229 7.026 0.0847 5.33E−02 1537.1

175 17.00 0.23 0.2187 6.894 0.0828 5.23E−02 1508.2

176 17.00 0.35 0.2172 6.846 0.0822 5.19E−02 1497.8

177 18.00 −0.25 0.2903 9.148 0.1145 6.94E−02 2001.4

178 18.00 0.00 0.2924 9.217 0.1155 6.99E−02 2016.4

179 18.00 0.13 0.2942 9.271 0.1162 7.03E−02 2028.2

180 18.00 0.25 0.2954 9.309 0.1168 7.06E−02 2036.7

181 18.50 −0.25 0.3424 10.793 0.1376 8.19E−02 2361.2

182 18.50 0.00 0.3529 11.124 0.1423 8.44E−02 2433.6

183 18.50 0.13 0.3485 10.984 0.1403 8.33E−02 2403.0

184 18.60 0.17 0.3443 10.852 0.1385 8.23E−02 2374.1

185 18.50 0.22 0.3483 10.977 0.1402 8.33E−02 2401.5

186 19.20 −0.25 0.3397 10.706 0.1364 8.12E−02 2342.2

187 19.20 0.00 0.3301 10.403 0.1322 7.89E−02 2275.9

188 19.20 0.13 0.3360 10.590 0.1348 8.03E−02 2316.9

189 19.30 0.17 0.3354 10.569 0.1345 8.02E−02 2312.3

190 19.20 0.22 0.3451 10.878 0.1388 8.25E−02 2379.8

191 20.00 −0.25 0.3370 10.620 0.1352 8.05E−02 2323.3

192 20.00 0.00 0.3288 10.364 0.1316 7.86E−02 2267.3

193 20.00 0.13 0.3339 10.522 0.1338 7.98E−02 2302.0

194 20.10 0.17 0.3397 10.707 0.1364 8.12E−02 2342.5

195 20.00 0.22 0.3402 10.723 0.1367 8.13E−02 2345.9

196 20.80 −0.25 0.3697 11.651 0.1497 8.84E−02 2549.0

197 20.80 0.00 0.3688 11.622 0.1493 8.81E−02 2542.5

198 20.80 0.13 0.3678 11.592 0.1489 8.79E−02 2536.1

199 20.90 0.17 0.3727 11.746 0.1510 8.91E−02 2569.8

200 20.80 0.22 0.3722 11.732 0.1508 8.90E−02 2566.6

201 21.60 −0.25 0.3714 11.706 0.1505 8.88E−02 2560.9

202 21.60 0.00 0.3638 11.466 0.1471 8.70E−02 2508.6

203 21.60 0.13 0.3671 11.570 0.1486 8.77E−02 2531.1

204 21.70 0.17 0.3681 11.603 0.1490 8.80E−02 2538.4

205 21.60 0.22 0.3750 11.819 0.1521 8.96E−02 2585.7

206 22.40 −0.25 0.3617 11.401 0.1462 8.65E−02 2494.2

207 22.40 0.00 0.3581 11.287 0.1446 8.56E−02 2469.4
84

Table A4. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.13 0.3575 11.267 0.1443 8.55E−02 2464.9

209 22.50 0.17 0.3618 11.401 0.1462 8.65E−02 2494.3

210 22.40 0.22 0.3630 11.441 0.1468 8.68E−02 2503.0

211 23.20 −0.25 0.3829 12.066 0.1555 9.15E−02 2639.8

212 23.20 0.00 0.3772 11.889 0.1530 9.02E−02 2600.9

213 23.20 0.13 0.3807 11.998 0.1546 9.10E−02 2624.9

214 23.30 0.17 0.3907 12.314 0.1590 9.34E−02 2694.0

215 23.20 0.22 0.3850 12.135 0.1565 9.20E−02 2654.9

216 24.00 −0.25 0.4374 13.785 0.1797 1.05E−01 3015.7

217 24.00 0.00 0.4344 13.689 0.1784 1.04E−01 2994.9

218 24.00 0.13 0.4349 13.706 0.1786 1.04E−01 2998.6

219 24.10 0.17 0.4384 13.817 0.1801 1.05E−01 3022.7

220 24.00 0.22 0.4395 13.851 0.1806 1.05E−01 3030.3

221 25.00 −0.25 0.4097 12.913 0.1674 9.79E−02 2825.0

222 25.00 0.00 0.4369 13.770 0.1795 1.04E−01 3012.5

223 25.00 0.13 0.4314 13.596 0.1770 1.03E−01 2974.6

224 25.10 0.17 0.3882 12.234 0.1579 9.28E−02 2676.5

225 25.00 0.22 0.4181 13.176 0.1711 9.99E−02 2882.5

226 9.00 999.00 0.0681 2.145 0.0161 1.63E−02 469.3

227 0.00 −2.50 4.1894 132.034 1.8417 1.00E+00 28885.7

228 0.00 −0.54 4.2373 133.543 1.8629 1.01E+00 29215.8

229 0.00 2.00 4.1318 130.221 1.8162 9.88E−01 28489.0

230 18.23 0.00 0.2440 7.691 0.0940 5.83E−02 1682.6

231 18.43 0.00 0.2945 9.282 0.1164 7.04E−02 2030.6

232 18.63 0.00 0.3776 11.899 0.1532 9.02E−02 2603.3

233 19.00 0.00 0.6145 19.368 0.2582 1.47E−01 4237.2

234 19.40 0.00 0.8300 26.159 0.3536 1.98E−01 5723.0

235 20.13 0.00 1.0913 34.395 0.4694 2.61E−01 7524.7

236 20.33 0.00 1.3418 42.289 0.5803 3.21E−01 9251.8

237 20.53 0.00 1.3923 43.880 0.6027 3.33E−01 9599.8

238 20.73 0.00 1.2392 39.056 0.5349 2.96E−01 8544.4

239 21.50 0.00 0.9376 29.550 0.4013 2.24E−01 6464.9

240 22.00 0.00 2.0399 64.289 0.8896 4.88E−01 14064.8

241 22.50 0.00 1.8861 59.443 0.8214 4.51E−01 13004.7

242 22.70 0.00 2.2372 70.509 0.9770 5.35E−01 15425.7

243 23.00 0.00 1.4660 46.203 0.6353 3.50E−01 10108.0

244 0.58 999.00 0.0303 0.955 −0.0006 7.24E−03 208.9

245 0.86 999.00 0.0312 0.984 −0.0002 7.47E−03 215.4

246 1.15 999.00 0.0317 0.999 0.0000 7.58E−03 218.6

247 1.43 999.00 0.0312 0.982 −0.0003 7.45E−03 214.8

248 1.72 999.00 0.0296 0.932 −0.0010 7.07E−03 203.9

249 2.00 999.00 0.0313 0.985 −0.0002 7.47E−03 215.5

250 2.29 999.00 0.0293 0.925 −0.0011 7.01E−03 202.3

251 2.57 999.00 0.0316 0.995 −0.0001 7.55E−03 217.8

252 2.86 999.00 0.0299 0.941 −0.0008 7.14E−03 205.8

253 3.14 999.00 0.0307 0.966 −0.0005 7.33E−03 211.4

254 3.43 999.00 0.0311 0.982 −0.0003 7.44E−03 214.8

255 999.00 999.00 0.0278 0.875 −0.0018 6.64E−03 191.4

256 999.00 999.00 0.0287 0.906 −0.0013 6.87E−03 198.1
85

Table A5. Flow Conditions and Pressure Distribution for Run 41

[CR = 5; Re = 0.55 × 106 per foot; 25 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 352.06 (.24274E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1824.71 ( 1013.73)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0161 ( 8.28)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 457.60 (.10637E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.67

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . 0.0100 ( 68.77)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . 96.58 ( 53.66)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.86637E−05 (.44651E−02)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . 0.23034E+02 (.53541E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 482.13 ( 146.95)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 4663.23 ( 1421.35)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . 0.55767E+06 (.18296E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . 0.654 ( 4510.28)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . 0.72446E−07 (.34687E−05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 1.213 ( 8365.00)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1826.70 ( 1014.8)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.55701E−04 (.28707E−01)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0433 4.586 0.0538 3.71E−02 298.8

2 11.18 0.20 0.0442 4.681 0.0552 3.79E−02 305.0

3 12.17 0.20 0.0465 4.923 0.0589 3.98E−02 320.8

4 13.15 0.20 0.0492 5.205 0.0631 4.21E−02 339.1

5 14.21 0.20 0.0570 6.036 0.0755 4.88E−02 393.3

6 15.14 0.20 0.0604 6.387 0.0808 5.17E−02 416.2

7 16.13 0.20 0.0703 7.444 0.0967 6.02E−02 485.0

8 17.12 0.20 0.0823 8.706 0.1156 7.04E−02 567.3

9 18.11 0.20 0.1005 10.634 0.1445 8.61E−02 692.9

10 19.74 0.20 0.1152 12.185 0.1678 9.86E−02 794.0

11 20.55 0.20 0.1237 13.087 0.1813 1.06E−01 852.7

12 22.56 0.20 0.1331 14.080 0.1962 1.14E−01 917.4

13 24.98 0.20 0.1347 14.251 0.1988 1.15E−01 928.6

14 10.59 0.60 0.0570 6.035 0.0755 4.88E−02 393.2

15 11.58 0.60 0.0497 5.258 0.0639 4.26E−02 342.6

16 12.57 0.60 0.0507 5.366 0.0655 4.34E−02 349.7

17 13.56 0.60 0.0522 5.526 0.0679 4.47E−02 360.1

18 14.60 0.60 0.0574 6.069 0.0760 4.91E−02 395.5

19 15.54 0.60 0.0631 6.677 0.0852 5.40E−02 435.1

20 16.53 0.60 0.0741 7.842 0.1026 6.35E−02 511.0

21 17.52 0.60 0.0892 9.437 0.1266 7.64E−02 614.9

22 18.51 0.60 0.1072 11.341 0.1551 9.18E−02 739.0

23 12.97 1.00 0.0666 7.050 0.0908 5.70E−02 459.4

24 15.00 1.00 0.0677 7.164 0.0925 5.80E−02 466.8

25 15.94 1.00 0.0703 7.443 0.0966 6.02E−02 485.0

26 16.93 1.00 0.0798 8.444 0.1117 6.83E−02 550.2

27 17.92 1.00 0.0994 10.516 0.1427 8.51E−02 685.2

28 18.91 1.00 0.1265 13.383 0.1858 1.08E−01 872.1

29 24.98 1.00 0.1387 14.674 0.2051 1.19E−01 956.2

30 11.99 2.00 0.0649 6.872 0.0881 5.56E−02 447.8

31 13.97 2.00 0.0603 6.385 0.0808 5.17E−02 416.0

32 15.98 2.00 0.0634 6.712 0.0857 5.43E−02 437.3

33 16.94 2.00 0.0648 6.856 0.0878 5.55E−02 446.7
86

Table A5. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.0688 7.277 0.0942 5.89E−02 474.2

35 18.42 2.00 0.1158 12.259 0.1689 9.92E−02 798.8

36 18.92 2.00 0.1988 21.032 0.3005 1.70E−01 1370.4

37 19.41 2.00 0.2168 22.943 0.3292 1.86E−01 1494.9

38 19.91 2.00 0.2187 23.144 0.3322 1.87E−01 1508.1

39 20.26 2.00 0.2248 23.788 0.3418 1.92E−01 1550.0

40 21.11 2.00 0.1337 14.152 0.1973 1.15E−01 922.2

41 21.96 2.00 0.2863 30.291 0.4394 2.45E−01 1973.8

42 22.74 2.00 0.1948 20.610 0.2942 1.67E−01 1342.9

43 23.52 2.00 0.1115 11.804 0.1621 9.55E−02 769.1

44 24.98 2.00 0.1622 17.168 0.2425 1.39E−01 1118.6

45 17.94 3.00 0.0557 5.890 0.0734 4.77E−02 383.8

46 18.93 3.00 0.0710 7.512 0.0977 6.08E−02 489.5

47 19.92 3.00 0.1999 21.151 0.3023 1.71E−01 1378.2

48 20.91 3.00 0.2957 31.294 0.4545 2.53E−01 2039.1

49 22.11 3.00 0.2662 28.173 0.4076 2.28E−01 1835.7

50 22.96 3.00 0.3939 41.676 0.6102 3.37E−01 2715.6

51 23.74 3.00 0.3694 39.084 0.5713 3.16E−01 2546.7

52 24.98 3.00 0.3703 39.187 0.5728 3.17E−01 2553.4

53 18.34 3.40 0.0574 6.069 0.0760 4.91E−02 395.4

54 19.32 3.40 0.0773 8.176 0.1076 6.62E−02 532.7

55 19.82 3.40 0.1030 10.898 0.1485 8.82E−02 710.1

56 20.32 3.40 0.1640 17.350 0.2453 1.40E−01 1130.5

57 20.81 3.40 0.2432 25.731 0.3710 2.08E−01 1676.6

58 21.31 3.40 0.2931 31.012 0.4502 2.51E−01 2020.7

59 21.66 3.40 0.3561 37.685 0.5503 3.05E−01 2455.6

60 22.94 3.40 0.7664 81.099 1.2016 6.56E−01 5284.4

61 23.75 3.40 0.7070 74.814 1.1073 6.05E−01 4874.9

62 24.14 3.40 0.4654 49.252 0.7238 3.99E−01 3209.3

63 22.29 3.60 0.3481 36.832 0.5375 2.98E−01 2400.0

64 22.71 3.60 0.5777 61.126 0.9020 4.95E−01 3983.0

65 23.14 3.60 0.7502 79.384 1.1759 6.42E−01 5172.7

66 23.95 3.60 0.5515 58.355 0.8604 4.72E−01 3802.4

67 24.34 3.60 0.5958 63.044 0.9307 5.10E−01 4108.0

68 13.79 3.80 0.0518 5.479 0.0672 4.43E−02 357.0

69 15.77 3.80 0.0445 4.704 0.0556 3.81E−02 306.5

70 17.75 3.80 0.0490 5.186 0.0628 4.20E−02 337.9

71 19.23 3.80 0.0721 7.626 0.0994 6.17E−02 496.9

72 19.73 3.80 0.0993 10.510 0.1427 8.50E−02 684.8

73 20.22 3.80 0.1798 19.028 0.2704 1.54E−01 1239.9

74 20.72 3.80 0.2765 29.260 0.4239 2.37E−01 1906.6

75 21.41 3.80 0.3814 40.362 0.5905 3.27E−01 2630.0

76 21.71 3.80 0.4327 45.785 0.6718 3.70E−01 2983.3

77 22.06 3.80 0.4823 51.033 0.7506 4.13E−01 3325.3

78 22.49 3.80 0.4816 50.963 0.7495 4.12E−01 3320.8

79 22.76 3.80 0.5499 58.186 0.8579 4.71E−01 3791.4

80 22.91 3.80 0.5779 61.152 0.9023 4.95E−01 3984.7

81 23.76 3.80 0.6695 70.844 1.0477 5.73E−01 4616.2

82 24.15 3.80 0.7198 76.168 1.1276 6.16E−01 4963.1

83 24.98 3.80 0.6226 65.881 0.9733 5.33E−01 4292.8

84 22.59 3.90 0.5324 56.333 0.8301 4.56E−01 3670.6

85 22.80 3.90 0.5543 58.655 0.8649 4.75E−01 3821.9

86 23.01 3.90 0.5809 61.470 0.9071 4.97E−01 4005.3

87 23.15 3.90 0.5921 62.658 0.9249 5.07E−01 4082.8

88 23.86 3.90 0.7249 76.702 1.1356 6.21E−01 4997.9

89 24.25 3.90 0.6782 71.770 1.0616 5.81E−01 4676.5

90 11.99 2.00 0.0646 6.830 0.0875 5.53E−02 445.1

91 13.97 2.00 0.0614 6.494 0.0824 5.25E−02 423.2
87

Table A5. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.0630 6.668 0.0850 5.40E−02 434.5

93 17.93 2.00 0.0693 7.328 0.0949 5.93E−02 477.5

94 19.91 2.00 0.2204 23.323 0.3349 1.89E−01 1519.7

95 1.00 −0.25 0.0305 3.222 0.0333 2.61E−02 210.0

96 1.00 0.41 0.0308 3.261 0.0339 2.64E−02 212.5

97 1.00 1.03 0.0315 3.331 0.0350 2.70E−02 217.1

98 1.00 1.65 0.0308 3.259 0.0339 2.64E−02 212.3

99 2.50 −0.25 0.0259 2.743 0.0261 2.22E−02 178.7

100 4.00 −0.25 0.0235 2.490 0.0224 2.02E−02 162.3

101 4.00 0.41 0.0249 2.639 0.0246 2.14E−02 172.0

102 4.00 1.65 0.0235 2.485 0.0223 2.01E−02 161.9

103 5.50 −0.25 0.0239 2.530 0.0230 2.05E−02 164.9

104 7.00 −0.25 0.0290 3.065 0.0310 2.48E−02 199.7

105 8.00 −2.15 0.0271 2.868 0.0280 2.32E−02 186.9

106 8.00 −1.75 0.0296 3.137 0.0321 2.54E−02 204.4

107 8.00 −1.36 0.0297 3.138 0.0321 2.54E−02 204.5

108 8.00 −0.91 0.0312 3.301 0.0345 2.67E−02 215.1

109 8.00 −0.25 0.0334 3.534 0.0380 2.86E−02 230.3

110 8.00 0.00 0.0328 3.470 0.0371 2.81E−02 226.1

111 8.00 0.13 0.0321 3.401 0.0360 2.75E−02 221.6

112 8.00 0.41 0.0340 3.598 0.0390 2.91E−02 234.5

113 8.00 0.86 0.0333 3.520 0.0378 2.85E−02 229.4

114 8.00 1.25 0.0311 3.290 0.0343 2.66E−02 214.4

115 8.00 1.65 0.0304 3.217 0.0333 2.60E−02 209.6

116 9.00 −0.25 0.0333 3.526 0.0379 2.85E−02 229.7

117 9.00 0.00 0.0333 3.523 0.0378 2.85E−02 229.5

118 9.00 0.13 0.0331 3.507 0.0376 2.84E−02 228.5

119 9.00 0.41 0.0325 3.434 0.0365 2.78E−02 223.8

120 9.00 0.76 0.0342 3.620 0.0393 2.93E−02 235.9

121 9.00 1.07 0.0300 3.172 0.0326 2.57E−02 206.7

122 10.00 −0.25 0.0388 4.101 0.0465 3.32E−02 267.2

123 10.00 0.00 0.0381 4.033 0.0455 3.26E−02 262.8

124 10.00 0.13 0.0399 4.223 0.0483 3.42E−02 275.1

125 10.00 0.41 0.0362 3.833 0.0425 3.10E−02 249.8

126 10.00 0.65 0.0368 3.898 0.0435 3.15E−02 254.0

127 10.00 0.83 0.0362 3.830 0.0424 3.10E−02 249.5

128 10.00 0.97 0.0369 3.900 0.0435 3.16E−02 254.1

129 10.00 1.09 0.0381 4.033 0.0455 3.26E−02 262.8

130 11.00 −0.25 0.0439 4.641 0.0546 3.76E−02 302.4

131 11.00 0.00 0.0421 4.456 0.0518 3.61E−02 290.3

132 11.00 0.13 0.0414 4.384 0.0508 3.55E−02 285.6

133 11.00 0.27 0.0416 4.407 0.0511 3.57E−02 287.2

134 11.00 0.55 0.0390 4.126 0.0469 3.34E−02 268.8

135 11.00 0.72 0.0399 4.220 0.0483 3.41E−02 275.0

136 11.00 0.86 0.0422 4.463 0.0519 3.61E−02 290.8

137 11.00 0.98 0.0413 4.370 0.0506 3.54E−02 284.7

138 12.00 −0.25 0.0442 4.680 0.0552 3.79E−02 305.0

139 12.00 0.00 0.0447 4.735 0.0560 3.83E−02 308.5

140 12.00 0.13 0.0443 4.683 0.0552 3.79E−02 305.1

141 12.00 0.27 0.0440 4.659 0.0549 3.77E−02 303.6

142 12.00 0.44 0.0418 4.422 0.0513 3.58E−02 288.1

143 12.00 0.62 0.0439 4.640 0.0546 3.75E−02 302.4

144 12.00 0.76 0.0448 4.743 0.0561 3.84E−02 309.0

145 12.00 0.88 0.0444 4.697 0.0555 3.80E−02 306.0

146 13.00 −0.25 0.0480 5.074 0.0611 4.11E−02 330.6

147 13.00 0.00 0.0484 5.121 0.0618 4.14E−02 333.7

148 13.00 0.13 0.0479 5.067 0.0610 4.10E−02 330.1

149 13.00 0.27 0.0484 5.119 0.0618 4.14E−02 333.5
88

Table A5. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.39 0.0470 4.976 0.0596 4.03E−02 324.2

151 13.00 0.51 0.0487 5.154 0.0623 4.17E−02 335.9

152 13.00 0.65 0.0472 4.994 0.0599 4.04E−02 325.4

153 13.00 0.77 0.0476 5.038 0.0606 4.08E−02 328.3

154 14.00 −0.25 0.0522 5.523 0.0678 4.47E−02 359.9

155 14.00 0.00 0.0529 5.594 0.0689 4.53E−02 364.5

156 14.00 0.13 0.0516 5.455 0.0668 4.41E−02 355.5

157 14.00 0.27 0.0518 5.480 0.0672 4.43E−02 357.1

158 14.00 0.41 0.0513 5.432 0.0665 4.40E−02 353.9

159 14.00 0.55 0.0549 5.804 0.0721 4.70E−02 378.2

160 14.00 0.67 0.0546 5.775 0.0716 4.67E−02 376.3

161 15.00 −0.25 0.0594 6.285 0.0793 5.09E−02 409.5

162 15.00 0.00 0.0603 6.378 0.0807 5.16E−02 415.6

163 15.00 0.13 0.0601 6.363 0.0805 5.15E−02 414.6

164 15.00 0.44 0.0597 6.313 0.0797 5.11E−02 411.4

165 15.00 0.56 0.0596 6.305 0.0796 5.10E−02 410.8

166 16.00 −0.25 0.0681 7.208 0.0931 5.83E−02 469.7

167 16.00 0.00 0.0699 7.394 0.0959 5.98E−02 481.8

168 16.00 0.13 0.0703 7.440 0.0966 6.02E−02 484.8

169 16.00 0.23 0.0693 7.333 0.0950 5.93E−02 477.8

170 16.00 0.34 0.0686 7.254 0.0938 5.87E−02 472.7

171 16.00 0.46 0.0691 7.310 0.0947 5.91E−02 476.3

172 17.00 −0.25 0.0814 8.615 0.1142 6.97E−02 561.4

173 17.00 0.00 0.0837 8.853 0.1178 7.16E−02 576.9

174 17.00 0.13 0.0818 8.658 0.1149 7.01E−02 564.2

175 17.00 0.23 0.0805 8.514 0.1127 6.89E−02 554.8

176 17.00 0.35 0.0824 8.720 0.1158 7.06E−02 568.2

177 18.00 −0.25 0.1043 11.035 0.1505 8.93E−02 719.1

178 18.00 0.00 0.1017 10.767 0.1465 8.71E−02 701.6

179 18.00 0.13 0.1003 10.610 0.1442 8.59E−02 691.3

180 18.00 0.25 0.1011 10.700 0.1455 8.66E−02 697.2

181 18.50 −0.25 0.1123 11.884 0.1633 9.62E−02 774.4

182 18.50 0.00 0.1105 11.698 0.1605 9.47E−02 762.2

183 18.50 0.13 0.1087 11.506 0.1576 9.31E−02 749.7

184 18.60 0.17 0.1116 11.805 0.1621 9.55E−02 769.2

185 18.50 0.22 0.1110 11.750 0.1613 9.51E−02 765.6

186 19.20 −0.25 0.1151 12.181 0.1677 9.86E−02 793.7

187 19.20 0.00 0.1168 12.357 0.1704 1.00E−01 805.2

188 19.20 0.13 0.1172 12.398 0.1710 1.00E−01 807.8

189 19.30 0.17 0.1175 12.430 0.1715 1.01E−01 809.9

190 19.20 0.22 0.1167 12.350 0.1703 9.99E−02 804.7

191 20.00 −0.25 0.1215 12.859 0.1779 1.04E−01 837.9

192 20.00 0.00 0.1238 13.099 0.1815 1.06E−01 853.5

193 20.00 0.13 0.1224 12.953 0.1793 1.05E−01 844.0

194 20.10 0.17 0.1243 13.154 0.1823 1.06E−01 857.1

195 20.00 0.22 0.1221 12.922 0.1788 1.05E−01 842.0

196 20.80 −0.25 0.1327 14.046 0.1957 1.14E−01 915.3

197 20.80 0.00 0.1304 13.803 0.1921 1.12E−01 899.4

198 20.80 0.13 0.1281 13.551 0.1883 1.10E−01 883.0

199 20.90 0.17 0.1307 13.832 0.1925 1.12E−01 901.3

200 20.80 0.22 0.1293 13.684 0.1903 1.11E−01 891.7

201 21.60 −0.25 0.1360 14.396 0.2010 1.16E−01 938.0

202 21.60 0.00 0.1346 14.245 0.1987 1.15E−01 928.2

203 21.60 0.13 0.1349 14.279 0.1992 1.16E−01 930.4

204 21.70 0.17 0.1349 14.276 0.1992 1.16E−01 930.2

205 21.60 0.22 0.1377 14.573 0.2036 1.18E−01 949.6

206 22.40 −0.25 0.1367 14.461 0.2019 1.17E−01 942.3

207 22.40 0.00 0.1404 14.860 0.2079 1.20E−01 968.3
89

Table A5. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.13 0.1383 14.638 0.2046 1.18E−01 953.8

209 22.50 0.17 0.1404 14.851 0.2078 1.20E−01 967.7

210 22.40 0.22 0.1416 14.985 0.2098 1.21E−01 976.4

211 23.20 −0.25 0.1466 15.510 0.2177 1.26E−01 1010.6

212 23.20 0.00 0.1467 15.525 0.2179 1.26E−01 1011.6

213 23.20 0.13 0.1474 15.599 0.2190 1.26E−01 1016.4

214 23.30 0.17 0.1501 15.887 0.2233 1.29E−01 1035.2

215 23.20 0.22 0.1485 15.716 0.2208 1.27E−01 1024.0

216 24.00 −0.25 0.1552 16.420 0.2313 1.33E−01 1069.9

217 24.00 0.00 0.1547 16.372 0.2306 1.32E−01 1066.8

218 24.00 0.13 0.1557 16.480 0.2322 1.33E−01 1073.9

219 24.10 0.17 0.1572 16.631 0.2345 1.35E−01 1083.7

220 24.00 0.22 0.1565 16.565 0.2335 1.34E−01 1079.4

221 25.00 −0.25 0.1401 14.820 0.2073 1.20E−01 965.7

222 25.00 0.00 0.1447 15.312 0.2147 1.24E−01 997.7

223 25.00 0.13 0.1423 15.060 0.2109 1.22E−01 981.3

224 25.10 0.17 0.1314 13.908 0.1936 1.13E−01 906.2

225 25.00 0.22 0.1387 14.681 0.2052 1.19E−01 956.6

226 9.00 999.00 0.0317 3.350 0.0353 2.71E−02 218.3

227 0.00 −2.50 1.1681 123.600 1.8391 1.00E+00 8053.8

228 0.00 −0.54 1.1798 124.847 1.8578 1.01E+00 8135.0

229 0.00 2.00 1.1482 121.499 1.8076 9.83E−01 7916.8

230 20.58 0.00 0.4382 46.372 0.6806 3.75E−01 3021.6

231 20.78 0.00 0.3534 37.398 0.5460 3.03E−01 2436.9

232 20.98 0.00 0.3304 34.967 0.5095 2.83E−01 2278.4

233 21.38 0.00 0.3888 41.136 0.6021 3.33E−01 2680.4

234 21.78 0.00 0.4363 46.166 0.6775 3.74E−01 3008.1

235 22.51 0.00 0.6608 69.928 1.0340 5.66E−01 4556.5

236 22.71 0.00 0.6561 69.431 1.0265 5.62E−01 4524.1

237 22.91 0.00 0.5659 59.886 0.8834 4.85E−01 3902.2

238 23.11 0.00 0.5313 56.217 0.8283 4.55E−01 3663.1

239 23.88 0.00 0.5983 63.312 0.9347 5.12E−01 4125.4

240 24.38 0.00 0.6726 71.176 1.0527 5.76E−01 4637.8

241 24.88 0.00 0.6657 70.437 1.0416 5.70E−01 4589.7

242 25.08 0.00 0.6661 70.485 1.0423 5.70E−01 4592.8

243 25.38 0.00 0.5775 61.112 0.9017 4.95E−01 3982.1

244 0.58 999.00 0.0337 3.569 0.0385 2.89E−02 232.5

245 0.86 999.00 0.0342 3.617 0.0393 2.93E−02 235.7

246 1.15 999.00 0.0347 3.675 0.0401 2.97E−02 239.5

247 1.43 999.00 0.0345 3.647 0.0397 2.95E−02 237.6

248 1.72 999.00 0.0316 3.347 0.0352 2.71E−02 218.1

249 2.00 999.00 0.0342 3.619 0.0393 2.93E−02 235.8

250 2.29 999.00 0.0333 3.528 0.0379 2.85E−02 229.9

251 2.57 999.00 0.0356 3.771 0.0416 3.05E−02 245.7

252 2.86 999.00 0.0326 3.454 0.0368 2.80E−02 225.1

253 3.14 999.00 0.0344 3.637 0.0396 2.94E−02 237.0

254 3.43 999.00 0.0337 3.563 0.0384 2.88E−02 232.1

255 999.00 999.00 0.0317 3.352 0.0353 2.71E−02 218.4

256 999.00 999.00 0.0336 3.555 0.0383 2.88E−02 231.7
90

Table A6. Flow Conditions and Pressure Distribution for Run 42

[CR = 5; Re = 1.14 × 106 per foot; 25 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 720.66 (.49688E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1849.32 ( 1027.40)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0322 ( 16.57)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 465.00 (.10809E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.78

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . 0.0189 ( 130.63)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . 96.16 ( 53.42)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.16530E−04 (.85191E−02)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . 0.22935E+02 (.53310E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 481.09 ( 146.64)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 4703.29 ( 1433.56)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . 0.10786E+07 (.35387E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . 1.270 ( 8753.76)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . 0.72078E−07 (.34511E−05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 2.354 ( 16238.06)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1853.74 ( 1029.86)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.10654E−03 (.54907E−01)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0624 3.550 0.0372 2.79E−02 430.1

2 11.18 0.20 0.0662 3.767 0.0404 2.96E−02 456.4

3 12.17 0.20 0.0706 4.019 0.0440 3.16E−02 486.8

4 13.15 0.20 0.0756 4.303 0.0482 3.39E−02 521.3

5 14.21 0.20 0.0826 4.702 0.0540 3.70E−02 569.6

6 15.14 0.20 0.0926 5.271 0.0623 4.15E−02 638.6

7 16.13 0.20 0.1064 6.058 0.0738 4.77E−02 733.9

8 17.12 0.20 0.1266 7.207 0.0906 5.67E−02 873.1

9 18.11 0.20 0.1596 9.084 0.1179 7.15E−02 1100.5

10 19.74 0.20 0.1756 9.992 0.1312 7.86E−02 1210.5

11 20.55 0.20 0.1908 10.857 0.1438 8.54E−02 1315.3

12 22.56 0.20 0.2068 11.767 0.1571 9.26E−02 1425.5

13 24.98 0.20 0.2267 12.902 0.1736 1.02E−01 1563.1

14 10.59 0.60 0.1010 5.748 0.0693 4.52E−02 696.3

15 11.58 0.60 0.0862 4.908 0.0570 3.86E−02 594.6

16 12.57 0.60 0.0838 4.770 0.0550 3.75E−02 577.8

17 13.56 0.60 0.0828 4.715 0.0542 3.71E−02 571.2

18 14.60 0.60 0.0873 4.971 0.0579 3.91E−02 602.2

19 15.54 0.60 0.0974 5.543 0.0663 4.36E−02 671.5

20 16.53 0.60 0.1105 6.287 0.0771 4.95E−02 761.6

21 17.52 0.60 0.1351 7.688 0.0976 6.05E−02 931.4

22 18.51 0.60 0.1718 9.779 0.1281 7.70E−02 1184.7

23 12.97 1.00 0.1070 6.089 0.0742 4.79E−02 737.7

24 15.00 1.00 0.1115 6.347 0.0780 4.99E−02 769.0

25 15.94 1.00 0.1182 6.726 0.0835 5.29E−02 814.8

26 16.93 1.00 0.1281 7.291 0.0918 5.74E−02 883.3

27 17.92 1.00 0.1539 8.759 0.1132 6.89E−02 1061.1

28 18.91 1.00 0.2079 11.833 0.1580 9.31E−02 1433.5

29 24.98 1.00 0.2354 13.400 0.1809 1.05E−01 1623.3

30 11.99 2.00 0.1037 5.901 0.0715 4.64E−02 714.9

31 13.97 2.00 0.0928 5.280 0.0624 4.15E−02 639.6

32 15.98 2.00 0.1002 5.702 0.0686 4.49E−02 690.8

33 16.94 2.00 0.1054 6.001 0.0730 4.72E−02 727.0
91

Table A6. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.1098 6.249 0.0766 4.92E−02 757.1

35 18.42 2.00 0.1393 7.928 0.1011 6.24E−02 960.5

36 18.92 2.00 0.3022 17.201 0.2363 1.35E−01 2083.8

37 19.41 2.00 0.4377 24.909 0.3488 1.96E−01 3017.6

38 19.91 2.00 0.4302 24.486 0.3426 1.93E−01 2966.4

39 20.26 2.00 0.4101 23.342 0.3259 1.84E−01 2827.8

40 21.11 2.00 0.2089 11.888 0.1588 9.35E−02 1440.2

41 21.96 2.00 0.5056 28.778 0.4052 2.26E−01 3486.3

42 22.74 2.00 0.3756 21.380 0.2973 1.68E−01 2590.1

43 23.52 2.00 0.2164 12.315 0.1651 9.69E−02 1491.9

44 24.98 2.00 0.3075 17.503 0.2408 1.38E−01 2120.4

45 17.94 3.00 0.0864 4.916 0.0571 3.87E−02 595.6

46 18.93 3.00 0.1161 6.607 0.0818 5.20E−02 800.4

47 19.92 3.00 0.2107 11.992 0.1604 9.44E−02 1452.8

48 20.91 3.00 0.5080 28.912 0.4072 2.28E−01 3502.6

49 22.11 3.00 0.4013 22.838 0.3186 1.80E−01 2766.8

50 22.96 3.00 0.6767 38.512 0.5472 3.03E−01 4665.6

51 23.74 3.00 0.4707 26.787 0.3762 2.11E−01 3245.2

52 24.98 3.00 0.5887 33.507 0.4742 2.64E−01 4059.3

53 18.34 3.40 0.0878 4.995 0.0583 3.93E−02 605.1

54 19.32 3.40 0.1207 6.869 0.0856 5.41E−02 832.2

55 19.82 3.40 0.1401 7.974 0.1017 6.27E−02 966.0

56 20.32 3.40 0.2728 15.526 0.2119 1.22E−01 1880.9

57 20.81 3.40 0.3936 22.401 0.3122 1.76E−01 2713.7

58 21.31 3.40 0.5156 29.344 0.4135 2.31E−01 3554.9

59 21.66 3.40 0.6164 35.079 0.4972 2.76E−01 4249.7

60 22.94 3.40 1.1215 63.828 0.9166 5.02E−01 7732.5

61 23.75 3.40 0.8974 51.077 0.7306 4.02E−01 6187.8

62 24.14 3.40 0.7777 44.263 0.6312 3.48E−01 5362.3

63 22.29 3.60 0.5310 30.222 0.4263 2.38E−01 3661.3

64 22.71 3.60 0.6769 38.525 0.5474 3.03E−01 4667.1

65 23.14 3.60 1.2910 73.475 1.0573 5.78E−01 8901.2

66 23.95 3.60 0.8668 49.332 0.7051 3.88E−01 5976.3

67 24.34 3.60 1.0708 60.946 0.8745 4.80E−01 7383.4

68 13.79 3.80 0.0821 4.671 0.0535 3.68E−02 565.8

69 15.77 3.80 0.0715 4.068 0.0448 3.20E−02 492.9

70 17.75 3.80 0.0756 4.302 0.0482 3.39E−02 521.2

71 19.23 3.80 0.1149 6.537 0.0808 5.14E−02 792.0

72 19.73 3.80 0.1584 9.018 0.1170 7.10E−02 1092.5

73 20.22 3.80 0.2794 15.904 0.2174 1.25E−01 1926.7

74 20.72 3.80 0.4046 23.026 0.3213 1.81E−01 2789.5

75 21.41 3.80 0.6497 36.978 0.5249 2.91E−01 4479.8

76 21.71 3.80 0.7606 43.292 0.6170 3.41E−01 5244.7

77 22.06 3.80 0.8113 46.177 0.6591 3.63E−01 5594.2

78 22.49 3.80 0.7199 40.971 0.5831 3.22E−01 4963.5

79 22.76 3.80 0.6700 38.133 0.5417 3.00E−01 4619.6

80 22.91 3.80 0.8141 46.335 0.6614 3.65E−01 5613.3

81 23.76 3.80 0.9838 55.994 0.8023 4.41E−01 6783.5

82 24.15 3.80 0.9989 56.853 0.8148 4.47E−01 6887.6

83 24.98 3.80 1.0235 58.252 0.8352 4.58E−01 7057.0

84 22.59 3.90 0.6599 37.558 0.5333 2.96E−01 4550.1

85 22.80 3.90 0.6609 37.613 0.5341 2.96E−01 4556.7

86 23.01 3.90 0.9420 53.612 0.7675 4.22E−01 6494.9

87 23.15 3.90 1.0571 60.163 0.8631 4.73E−01 7288.6

88 23.86 3.90 0.9363 53.287 0.7628 4.19E−01 6455.6

89 24.25 3.90 1.1798 67.146 0.9650 5.28E−01 8134.5

90 11.99 2.00 0.1045 5.949 0.0722 4.68E−02 720.8

91 13.97 2.00 0.0984 5.600 0.0671 4.41E−02 678.4
92

Table A6. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.1024 5.827 0.0704 4.59E−02 705.9

93 17.93 2.00 0.1132 6.443 0.0794 5.07E−02 780.6

94 19.91 2.00 0.4210 23.960 0.3350 1.89E−01 2902.7

95 1.00 −0.25 0.0478 2.723 0.0251 2.14E−02 329.9

96 1.00 0.41 0.0468 2.661 0.0242 2.09E−02 322.4

97 1.00 1.03 0.0467 2.656 0.0242 2.09E−02 321.8

98 1.00 1.65 0.0468 2.663 0.0243 2.10E−02 322.6

99 2.50 −0.25 0.0393 2.239 0.0181 1.76E−02 271.2

100 4.00 −0.25 0.0365 2.080 0.0158 1.64E−02 252.0

101 4.00 0.41 0.0369 2.099 0.0160 1.65E−02 254.3

102 4.00 1.65 0.0364 2.074 0.0157 1.63E−02 251.3

103 5.50 −0.25 0.0357 2.030 0.0150 1.60E−02 245.9

104 7.00 −0.25 0.0490 2.788 0.0261 2.19E−02 337.7

105 8.00 −2.15 0.0450 2.559 0.0227 2.01E−02 310.0

106 8.00 −1.75 0.0472 2.685 0.0246 2.11E−02 325.3

107 8.00 −1.36 0.0487 2.770 0.0258 2.18E−02 335.6

108 8.00 −0.91 0.0512 2.915 0.0279 2.29E−02 353.1

109 8.00 −0.25 0.0532 3.027 0.0296 2.38E−02 366.7

110 8.00 0.00 0.0529 3.010 0.0293 2.37E−02 364.7

111 8.00 0.13 0.0530 3.015 0.0294 2.37E−02 365.2

112 8.00 0.41 0.0530 3.016 0.0294 2.37E−02 365.3

113 8.00 0.86 0.0514 2.923 0.0281 2.30E−02 354.1

114 8.00 1.25 0.0493 2.808 0.0264 2.21E−02 340.2

115 8.00 1.65 0.0473 2.694 0.0247 2.12E−02 326.4

116 9.00 −0.25 0.0535 3.048 0.0299 2.40E−02 369.2

117 9.00 0.00 0.0537 3.055 0.0300 2.40E−02 370.1

118 9.00 0.13 0.0534 3.041 0.0298 2.39E−02 368.4

119 9.00 0.41 0.0526 2.995 0.0291 2.36E−02 362.8

120 9.00 0.76 0.0507 2.888 0.0275 2.27E−02 349.9

121 9.00 1.07 0.0450 2.560 0.0228 2.01E−02 310.1

122 10.00 −0.25 0.0589 3.353 0.0343 2.64E−02 406.2

123 10.00 0.00 0.0591 3.362 0.0345 2.65E−02 407.3

124 10.00 0.13 0.0599 3.407 0.0351 2.68E−02 412.7

125 10.00 0.41 0.0575 3.273 0.0332 2.58E−02 396.5

126 10.00 0.65 0.0565 3.213 0.0323 2.53E−02 389.3

127 10.00 0.83 0.0555 3.160 0.0315 2.49E−02 382.8

128 10.00 0.97 0.0566 3.220 0.0324 2.53E−02 390.1

129 10.00 1.09 0.0583 3.318 0.0338 2.61E−02 401.9

130 11.00 −0.25 0.0620 3.531 0.0369 2.78E−02 427.8

131 11.00 0.00 0.0640 3.641 0.0385 2.87E−02 441.1

132 11.00 0.13 0.0635 3.613 0.0381 2.84E−02 437.6

133 11.00 0.27 0.0632 3.598 0.0379 2.83E−02 435.9

134 11.00 0.55 0.0576 3.279 0.0332 2.58E−02 397.2

135 11.00 0.72 0.0610 3.473 0.0361 2.73E−02 420.7

136 11.00 0.86 0.0627 3.567 0.0374 2.81E−02 432.1

137 11.00 0.98 0.0642 3.654 0.0387 2.88E−02 442.7

138 12.00 −0.25 0.0673 3.831 0.0413 3.01E−02 464.1

139 12.00 0.00 0.0684 3.893 0.0422 3.06E−02 471.7

140 12.00 0.13 0.0678 3.861 0.0417 3.04E−02 467.7

141 12.00 0.27 0.0672 3.823 0.0412 3.01E−02 463.1

142 12.00 0.44 0.0662 3.767 0.0404 2.96E−02 456.3

143 12.00 0.62 0.0669 3.805 0.0409 2.99E−02 461.0

144 12.00 0.76 0.0691 3.932 0.0428 3.09E−02 476.4

145 12.00 0.88 0.0699 3.978 0.0434 3.13E−02 481.9

146 13.00 −0.25 0.0729 4.148 0.0459 3.26E−02 502.5

147 13.00 0.00 0.0742 4.221 0.0470 3.32E−02 511.3

148 13.00 0.13 0.0737 4.197 0.0466 3.30E−02 508.4

149 13.00 0.27 0.0726 4.133 0.0457 3.25E−02 500.7
93

Table A6. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.39 0.0728 4.145 0.0459 3.26E−02 502.1

151 13.00 0.51 0.0740 4.209 0.0468 3.31E−02 509.9

152 13.00 0.65 0.0753 4.288 0.0480 3.37E−02 519.5

153 13.00 0.77 0.0751 4.277 0.0478 3.37E−02 518.1

154 14.00 −0.25 0.0808 4.598 0.0525 3.62E−02 557.1

155 14.00 0.00 0.0825 4.693 0.0539 3.69E−02 568.6

156 14.00 0.13 0.0810 4.612 0.0527 3.63E−02 558.8

157 14.00 0.27 0.0801 4.559 0.0519 3.59E−02 552.2

158 14.00 0.41 0.0782 4.453 0.0504 3.50E−02 539.4

159 14.00 0.55 0.0831 4.731 0.0544 3.72E−02 573.2

160 14.00 0.67 0.0813 4.629 0.0529 3.64E−02 560.8

161 15.00 −0.25 0.0917 5.217 0.0615 4.11E−02 632.1

162 15.00 0.00 0.0930 5.291 0.0626 4.16E−02 641.0

163 15.00 0.13 0.0925 5.262 0.0622 4.14E−02 637.5

164 15.00 0.44 0.0928 5.280 0.0624 4.15E−02 639.6

165 15.00 0.56 0.0914 5.201 0.0613 4.09E−02 630.0

166 16.00 −0.25 0.1083 6.165 0.0754 4.85E−02 746.9

167 16.00 0.00 0.1094 6.228 0.0763 4.90E−02 754.5

168 16.00 0.13 0.1095 6.230 0.0763 4.90E−02 754.8

169 16.00 0.23 0.1087 6.186 0.0757 4.87E−02 749.4

170 16.00 0.34 0.1083 6.166 0.0754 4.85E−02 747.0

171 16.00 0.46 0.1056 6.013 0.0731 4.73E−02 728.5

172 17.00 −0.25 0.1296 7.376 0.0930 5.80E−02 893.5

173 17.00 0.00 0.1338 7.614 0.0965 5.99E−02 922.4

174 17.00 0.13 0.1316 7.487 0.0946 5.89E−02 907.1

175 17.00 0.23 0.1278 7.273 0.0915 5.72E−02 881.0

176 17.00 0.35 0.1251 7.117 0.0892 5.60E−02 862.2

177 18.00 −0.25 0.1609 9.156 0.1190 7.21E−02 1109.3

178 18.00 0.00 0.1678 9.552 0.1248 7.52E−02 1157.2

179 18.00 0.13 0.1650 9.393 0.1224 7.39E−02 1137.9

180 18.00 0.25 0.1604 9.129 0.1186 7.18E−02 1105.9

181 18.50 −0.25 0.1802 10.256 0.1350 8.07E−02 1242.5

182 18.50 0.00 0.1874 10.665 0.1410 8.39E−02 1292.0

183 18.50 0.13 0.1801 10.249 0.1349 8.07E−02 1241.7

184 18.60 0.17 0.1794 10.211 0.1344 8.03E−02 1237.0

185 18.50 0.22 0.1793 10.206 0.1343 8.03E−02 1236.4

186 19.20 −0.25 0.1788 10.177 0.1339 8.01E−02 1233.0

187 19.20 0.00 0.1823 10.374 0.1367 8.16E−02 1256.7

188 19.20 0.13 0.1802 10.254 0.1350 8.07E−02 1242.3

189 19.30 0.17 0.1798 10.231 0.1347 8.05E−02 1239.5

190 19.20 0.22 0.1809 10.297 0.1356 8.10E−02 1247.5

191 20.00 −0.25 0.1886 10.733 0.1420 8.45E−02 1300.3

192 20.00 0.00 0.1867 10.624 0.1404 8.36E−02 1287.0

193 20.00 0.13 0.1889 10.750 0.1422 8.46E−02 1302.3

194 20.10 0.17 0.1915 10.900 0.1444 8.58E−02 1320.5

195 20.00 0.22 0.1891 10.762 0.1424 8.47E−02 1303.8

196 20.80 −0.25 0.2027 11.537 0.1537 9.08E−02 1397.6

197 20.80 0.00 0.2025 11.525 0.1535 9.07E−02 1396.2

198 20.80 0.13 0.2029 11.550 0.1539 9.09E−02 1399.3

199 20.90 0.17 0.2058 11.712 0.1563 9.22E−02 1418.9

200 20.80 0.22 0.2043 11.629 0.1551 9.15E−02 1408.8

201 21.60 −0.25 0.2083 11.853 0.1583 9.33E−02 1436.0

202 21.60 0.00 0.2036 11.591 0.1545 9.12E−02 1404.2

203 21.60 0.13 0.2076 11.817 0.1578 9.30E−02 1431.5

204 21.70 0.17 0.2080 11.838 0.1581 9.31E−02 1434.1

205 21.60 0.22 0.2105 11.978 0.1602 9.43E−02 1451.1

206 22.40 −0.25 0.2094 11.917 0.1593 9.38E−02 1443.7

207 22.40 0.00 0.2064 11.750 0.1568 9.25E−02 1423.4
94

Table A6. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.13 0.2076 11.815 0.1578 9.30E−02 1431.3

209 22.50 0.17 0.2102 11.962 0.1599 9.41E−02 1449.2

210 22.40 0.22 0.2086 11.871 0.1586 9.34E−02 1438.2

211 23.20 −0.25 0.2211 12.582 0.1690 9.90E−02 1524.2

212 23.20 0.00 0.2178 12.397 0.1663 9.76E−02 1501.9

213 23.20 0.13 0.2193 12.479 0.1675 9.82E−02 1511.8

214 23.30 0.17 0.2257 12.847 0.1728 1.01E−01 1556.4

215 23.20 0.22 0.2225 12.666 0.1702 9.97E−02 1534.4

216 24.00 −0.25 0.2400 13.660 0.1847 1.07E−01 1654.8

217 24.00 0.00 0.2370 13.488 0.1822 1.06E−01 1634.0

218 24.00 0.13 0.2366 13.466 0.1819 1.06E−01 1631.4

219 24.10 0.17 0.2420 13.772 0.1863 1.08E−01 1668.5

220 24.00 0.22 0.2395 13.630 0.1843 1.07E−01 1651.2

221 25.00 −0.25 0.2249 12.801 0.1722 1.01E−01 1550.9

222 25.00 0.00 0.2375 13.517 0.1826 1.06E−01 1637.5

223 25.00 0.13 0.2339 13.312 0.1796 1.05E−01 1612.7

224 25.10 0.17 0.2109 12.005 0.1606 9.45E−02 1454.4

225 25.00 0.22 0.2255 12.837 0.1727 1.01E−01 1555.1

226 9.00 999.00 0.0374 2.126 0.0164 1.67E−02 257.6

227 0.00 −2.50 2.2029 125.376 1.8145 9.87E−01 15188.9

228 0.00 −0.54 2.2239 126.571 1.8319 9.96E−01 15333.6

229 0.00 2.00 2.1876 124.505 1.8018 9.80E−01 15083.3

230 20.58 0.00 0.8530 48.550 0.6937 3.82E−01 5881.6

231 20.78 0.00 0.7739 44.044 0.6280 3.47E−01 5335.8

232 20.98 0.00 0.5669 32.265 0.4561 2.54E−01 3908.8

233 21.38 0.00 0.5675 32.297 0.4566 2.54E−01 3912.7

234 21.78 0.00 0.6021 34.268 0.4853 2.70E−01 4151.4

235 22.51 0.00 1.0793 61.430 0.8816 4.83E−01 7442.0

236 22.71 0.00 1.1949 68.009 0.9776 5.35E−01 8239.0

237 22.91 0.00 1.0366 58.998 0.8461 4.64E−01 7147.4

238 23.11 0.00 0.7765 44.192 0.6301 3.48E−01 5353.7

239 23.88 0.00 1.0017 57.010 0.8171 4.49E−01 6906.6

240 24.38 0.00 1.1772 67.002 0.9629 5.27E−01 8117.0

241 24.88 0.00 1.1307 64.355 0.9243 5.06E−01 7796.3

242 25.08 0.00 1.1736 66.794 0.9598 5.26E−01 8091.9

243 25.38 0.00 0.9825 55.920 0.8012 4.40E−01 6774.5

244 0.58 999.00 0.0328 1.869 0.0127 1.47E−02 226.4

245 0.86 999.00 0.0331 1.886 0.0129 1.48E−02 228.5

246 1.15 999.00 0.0333 1.894 0.0130 1.49E−02 229.4

247 1.43 999.00 0.0331 1.887 0.0129 1.48E−02 228.6

248 1.72 999.00 0.0331 1.882 0.0129 1.48E−02 228.0

249 2.00 999.00 0.0335 1.904 0.0132 1.50E−02 230.7

250 2.29 999.00 0.0329 1.872 0.0127 1.47E−02 226.8

251 2.57 999.00 0.0329 1.870 0.0127 1.47E−02 226.5

252 2.86 999.00 0.0312 1.776 0.0113 1.40E−02 215.1

253 3.14 999.00 0.0338 1.924 0.0135 1.51E−02 233.1

254 3.43 999.00 0.0331 1.885 0.0129 1.48E−02 228.4

255 999.00 999.00 0.0313 1.780 0.0114 1.40E−02 215.6

256 999.00 999.00 0.0319 1.816 0.0119 1.43E−02 220.1
95

Table A7. Flow Conditions and Pressure Distribution for Run 43

[CR = 5; Re = 2.15 × 106 per foot; 25 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1442.07 (.99427E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1807.55 ( 1004.19)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0648 ( 33.37)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 454.66 (.10568E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.93

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . 0.0349 ( 240.65)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . 91.23 ( 50.68)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.32099E−04 (.16543E−01)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . 0.21757E+02 (.50573E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 468.57 ( 142.82)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 4654.31 ( 1418.64)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . 0.22061E+07 (.72377E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . 2.414 ( 16646.71)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . 0.67722E−07 (.32425E−05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 4.475 ( 30835.77)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1815.96 ( 1008.87)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.20674E−03 (.10655E+00)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0939 2.956 0.0275 2.24E−02 647.1

2 11.18 0.20 0.1006 3.168 0.0305 2.40E−02 693.5

3 12.17 0.20 0.1106 3.482 0.0349 2.64E−02 762.3

4 13.15 0.20 0.1203 3.789 0.0392 2.87E−02 829.5

5 14.21 0.20 0.1370 4.316 0.0466 3.27E−02 944.8

6 15.14 0.20 0.1480 4.662 0.0514 3.53E−02 1020.4

7 16.13 0.20 0.1708 5.380 0.0615 4.08E−02 1177.8

8 17.12 0.20 0.2110 6.647 0.0793 5.04E−02 1455.0

9 18.11 0.20 0.2774 8.739 0.1087 6.63E−02 1912.9

10 19.74 0.20 0.3219 10.140 0.1284 7.69E−02 2219.6

11 20.55 0.20 0.3421 10.775 0.1374 8.17E−02 2358.7

12 22.56 0.20 0.3586 11.296 0.1447 8.56E−02 2472.6

13 24.98 0.20 0.4072 12.826 0.1662 9.72E−02 2807.5

14 10.59 0.60 0.1708 5.379 0.0615 4.08E−02 1177.4

15 11.58 0.60 0.1532 4.827 0.0538 3.66E−02 1056.6

16 12.57 0.60 0.1502 4.731 0.0524 3.59E−02 1035.6

17 13.56 0.60 0.1469 4.628 0.0510 3.51E−02 1013.1

18 14.60 0.60 0.1523 4.797 0.0534 3.64E−02 1050.1

19 15.54 0.60 0.1647 5.189 0.0589 3.93E−02 1135.8

20 16.53 0.60 0.1889 5.951 0.0696 4.51E−02 1302.6

21 17.52 0.60 0.2315 7.293 0.0884 5.53E−02 1596.5

22 18.51 0.60 0.3040 9.575 0.1205 7.26E−02 2096.0

23 12.97 1.00 0.1674 5.273 0.0600 4.00E−02 1154.3

24 15.00 1.00 0.1858 5.851 0.0682 4.44E−02 1280.8

25 15.94 1.00 0.1990 6.267 0.0740 4.75E−02 1371.9

26 16.93 1.00 0.2230 7.024 0.0846 5.33E−02 1537.5

27 17.92 1.00 0.2606 8.207 0.1013 6.22E−02 1796.5

28 18.91 1.00 0.3905 12.302 0.1588 9.33E−02 2692.8

29 24.98 1.00 0.4185 13.183 0.1712 1.00E−01 2885.8

30 11.99 2.00 0.1733 5.459 0.0627 4.14E−02 1195.0

31 13.97 2.00 0.1497 4.715 0.0522 3.58E−02 1032.2

32 15.98 2.00 0.1623 5.111 0.0578 3.88E−02 1118.8

33 16.94 2.00 0.1676 5.278 0.0601 4.00E−02 1155.3
96

Table A7. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.1777 5.596 0.0646 4.24E−02 1225.0

35 18.42 2.00 0.2206 6.950 0.0836 5.27E−02 1521.4

36 18.92 2.00 0.3757 11.834 0.1522 8.97E−02 2590.5

37 19.41 2.00 0.7192 22.655 0.3043 1.72E−01 4959.0

38 19.91 2.00 0.8966 28.243 0.3828 2.14E−01 6182.3

39 20.26 2.00 0.8877 27.962 0.3788 2.12E−01 6120.9

40 21.11 2.00 0.3819 12.030 0.1550 9.12E−02 2633.3

41 21.96 2.00 0.8216 25.881 0.3496 1.96E−01 5665.2

42 22.74 2.00 0.7458 23.491 0.3160 1.78E−01 5142.1

43 23.52 2.00 0.4203 13.239 0.1720 1.00E−01 2898.1

44 24.98 2.00 0.6191 19.500 0.2599 1.48E−01 4268.4

45 17.94 3.00 0.1402 4.418 0.0480 3.35E−02 967.0

46 18.93 3.00 0.1885 5.939 0.0694 4.50E−02 1299.9

47 19.92 3.00 0.2819 8.878 0.1107 6.73E−02 1943.4

48 20.91 3.00 0.9137 28.782 0.3904 2.18E−01 6300.3

49 22.11 3.00 0.6089 19.180 0.2554 1.45E−01 4198.5

50 22.96 3.00 1.3102 41.269 0.5658 3.13E−01 9033.7

51 23.74 3.00 0.8739 27.527 0.3727 2.09E−01 6025.5

52 24.98 3.00 1.4621 46.055 0.6331 3.49E−01 10081.2

53 18.34 3.40 0.1443 4.546 0.0498 3.45E−02 995.1

54 19.32 3.40 0.1945 6.126 0.0720 4.64E−02 1340.9

55 19.82 3.40 0.2649 8.345 0.1032 6.33E−02 1826.8

56 20.32 3.40 0.3886 12.242 0.1580 9.28E−02 2679.7

57 20.81 3.40 0.5851 18.430 0.2449 1.40E−01 4034.3

58 21.31 3.40 0.7493 23.601 0.3176 1.79E−01 5166.1

59 21.66 3.40 0.9439 29.733 0.4037 2.25E−01 6508.4

60 22.94 3.40 1.0243 32.264 0.4393 2.45E−01 7062.5

61 23.75 3.40 1.4394 45.340 0.6230 3.44E−01 9924.8

62 24.14 3.40 1.1516 36.275 0.4957 2.75E−01 7940.6

63 22.29 3.60 1.1014 34.694 0.4734 2.63E−01 7594.4

64 22.71 3.60 1.1364 35.795 0.4889 2.71E−01 7835.4

65 23.14 3.60 1.1586 36.495 0.4987 2.77E−01 7988.6

66 23.95 3.60 1.5581 49.077 0.6755 3.72E−01 10742.8

67 24.34 3.60 1.3830 43.562 0.5980 3.30E−01 9535.6

68 13.79 3.80 0.1357 4.275 0.0460 3.24E−02 935.7

69 15.77 3.80 0.1125 3.544 0.0358 2.69E−02 775.8

70 17.75 3.80 0.1143 3.600 0.0365 2.73E−02 788.1

71 19.23 3.80 0.1836 5.784 0.0672 4.39E−02 1266.1

72 19.73 3.80 0.2602 8.195 0.1011 6.21E−02 1793.9

73 20.22 3.80 0.4320 13.609 0.1772 1.03E−01 2979.0

74 20.72 3.80 0.5801 18.272 0.2427 1.39E−01 3999.7

75 21.41 3.80 0.9662 30.435 0.4136 2.31E−01 6662.0

76 21.71 3.80 1.2566 39.581 0.5421 3.00E−01 8664.1

77 22.06 3.80 1.4170 44.633 0.6131 3.38E−01 9770.0

78 22.49 3.80 1.1726 36.936 0.5049 2.80E−01 8085.1

79 22.76 3.80 1.1230 35.372 0.4830 2.68E−01 7742.9

80 22.91 3.80 1.0065 31.704 0.4314 2.40E−01 6939.8

81 23.76 3.80 1.7194 54.158 0.7469 4.11E−01 11855.1

82 24.15 3.80 1.4999 47.245 0.6498 3.58E−01 10341.7

83 24.98 3.80 2.0794 65.498 0.9063 4.97E−01 14337.2

84 22.59 3.90 1.2265 38.634 0.5288 2.93E−01 8456.8

85 22.80 3.90 1.1244 35.417 0.4836 2.69E−01 7752.6

86 23.01 3.90 1.0244 32.266 0.4393 2.45E−01 7063.0

87 23.15 3.90 1.0569 33.291 0.4537 2.52E−01 7287.2

88 23.86 3.90 1.5745 49.595 0.6828 3.76E−01 10856.1

89 24.25 3.90 1.3277 41.820 0.5736 3.17E−01 9154.2

90 11.99 2.00 0.1777 5.597 0.0646 4.24E−02 1225.2

91 13.97 2.00 0.1620 5.104 0.0577 3.87E−02 1117.3
97

Table A7. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.1714 5.400 0.0618 4.09E−02 1182.1

93 17.93 2.00 0.1876 5.910 0.0690 4.48E−02 1293.6

94 19.91 2.00 0.8400 26.459 0.3577 2.01E−01 5791.8

95 1.00 −0.25 0.0724 2.280 0.0180 1.73E−02 499.2

96 1.00 0.41 0.0709 2.233 0.0173 1.69E−02 488.8

97 1.00 1.03 0.0711 2.239 0.0174 1.70E−02 490.2

98 1.00 1.65 0.0721 2.270 0.0178 1.72E−02 496.9

99 2.50 −0.25 0.0567 1.787 0.0111 1.36E−02 391.2

100 4.00 −0.25 0.0520 1.639 0.0090 1.24E−02 358.7

101 4.00 0.41 0.0528 1.663 0.0093 1.26E−02 364.1

102 4.00 1.65 0.0516 1.624 0.0088 1.23E−02 355.5

103 5.50 −0.25 0.0511 1.611 0.0086 1.22E−02 352.6

104 7.00 −0.25 0.0734 2.311 0.0184 1.75E−02 505.8

105 8.00 −2.15 0.0666 2.098 0.0154 1.59E−02 459.3

106 8.00 −1.75 0.0706 2.222 0.0172 1.68E−02 486.5

107 8.00 −1.36 0.0734 2.311 0.0184 1.75E−02 505.8

108 8.00 −0.91 0.0768 2.420 0.0199 1.83E−02 529.7

109 8.00 −0.25 0.0796 2.509 0.0212 1.90E−02 549.2

110 8.00 0.00 0.0793 2.498 0.0211 1.89E−02 546.9

111 8.00 0.13 0.0786 2.477 0.0208 1.88E−02 542.2

112 8.00 0.41 0.0792 2.495 0.0210 1.89E−02 546.2

113 8.00 0.86 0.0769 2.424 0.0200 1.84E−02 530.6

114 8.00 1.25 0.0739 2.329 0.0187 1.77E−02 509.8

115 8.00 1.65 0.0706 2.223 0.0172 1.69E−02 486.6

116 9.00 −0.25 0.0804 2.532 0.0215 1.92E−02 554.2

117 9.00 0.00 0.0804 2.532 0.0215 1.92E−02 554.3

118 9.00 0.13 0.0805 2.535 0.0216 1.92E−02 554.9

119 9.00 0.41 0.0790 2.490 0.0209 1.89E−02 545.0

120 9.00 0.76 0.0703 2.215 0.0171 1.68E−02 484.8

121 9.00 1.07 0.0613 1.932 0.0131 1.46E−02 422.9

122 10.00 −0.25 0.0856 2.696 0.0238 2.04E−02 590.1

123 10.00 0.00 0.0857 2.699 0.0239 2.05E−02 590.8

124 10.00 0.13 0.0864 2.721 0.0242 2.06E−02 595.6

125 10.00 0.41 0.0832 2.619 0.0228 1.99E−02 573.3

126 10.00 0.65 0.0811 2.556 0.0219 1.94E−02 559.4

127 10.00 0.83 0.0791 2.492 0.0210 1.89E−02 545.5

128 10.00 0.97 0.0807 2.541 0.0217 1.93E−02 556.3

129 10.00 1.09 0.0858 2.701 0.0239 2.05E−02 591.3

130 11.00 −0.25 0.0915 2.883 0.0265 2.19E−02 631.2

131 11.00 0.00 0.0950 2.993 0.0280 2.27E−02 655.1

132 11.00 0.13 0.0945 2.977 0.0278 2.26E−02 651.6

133 11.00 0.27 0.0936 2.948 0.0274 2.24E−02 645.4

134 11.00 0.55 0.0860 2.710 0.0240 2.05E−02 593.1

135 11.00 0.72 0.0894 2.817 0.0255 2.14E−02 616.7

136 11.00 0.86 0.0929 2.926 0.0271 2.22E−02 640.4

137 11.00 0.98 0.0969 3.052 0.0288 2.31E−02 668.2

138 12.00 −0.25 0.1002 3.157 0.0303 2.39E−02 691.1

139 12.00 0.00 0.1035 3.259 0.0317 2.47E−02 713.4

140 12.00 0.13 0.1026 3.233 0.0314 2.45E−02 707.6

141 12.00 0.27 0.1008 3.174 0.0306 2.41E−02 694.9

142 12.00 0.44 0.0976 3.075 0.0292 2.33E−02 673.2

143 12.00 0.62 0.0997 3.142 0.0301 2.38E−02 687.8

144 12.00 0.76 0.1052 3.314 0.0325 2.51E−02 725.5

145 12.00 0.88 0.1065 3.355 0.0331 2.54E−02 734.4

146 13.00 −0.25 0.1116 3.514 0.0353 2.66E−02 769.1

147 13.00 0.00 0.1151 3.625 0.0369 2.75E−02 793.6

148 13.00 0.13 0.1137 3.581 0.0363 2.72E−02 784.0

149 13.00 0.27 0.1119 3.524 0.0355 2.67E−02 771.4
98

Table A7. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.39 0.1091 3.438 0.0343 2.61E−02 752.5

151 13.00 0.51 0.1117 3.520 0.0354 2.67E−02 770.4

152 13.00 0.65 0.1164 3.667 0.0375 2.78E−02 802.7

153 13.00 0.77 0.1167 3.675 0.0376 2.79E−02 804.4

154 14.00 −0.25 0.1255 3.953 0.0415 3.00E−02 865.4

155 14.00 0.00 0.1292 4.069 0.0431 3.09E−02 890.7

156 14.00 0.13 0.1269 3.998 0.0421 3.03E−02 875.2

157 14.00 0.27 0.1257 3.958 0.0416 3.00E−02 866.4

158 14.00 0.41 0.1236 3.894 0.0407 2.95E−02 852.4

159 14.00 0.55 0.1322 4.165 0.0445 3.16E−02 911.8

160 14.00 0.67 0.1296 4.081 0.0433 3.09E−02 893.3

161 15.00 −0.25 0.1476 4.649 0.0513 3.52E−02 1017.6

162 15.00 0.00 0.1517 4.779 0.0531 3.62E−02 1046.2

163 15.00 0.13 0.1517 4.777 0.0531 3.62E−02 1045.7

164 15.00 0.44 0.1500 4.726 0.0523 3.58E−02 1034.4

165 15.00 0.56 0.1471 4.632 0.0510 3.51E−02 1014.0

166 16.00 −0.25 0.1753 5.522 0.0635 4.19E−02 1208.8

167 16.00 0.00 0.1809 5.697 0.0660 4.32E−02 1247.0

168 16.00 0.13 0.1801 5.672 0.0657 4.30E−02 1241.6

169 16.00 0.23 0.1787 5.630 0.0651 4.27E−02 1232.3

170 16.00 0.34 0.1771 5.579 0.0643 4.23E−02 1221.1

171 16.00 0.46 0.1702 5.361 0.0613 4.06E−02 1173.4

172 17.00 −0.25 0.2165 6.821 0.0818 5.17E−02 1493.0

173 17.00 0.00 0.2209 6.959 0.0837 5.28E−02 1523.3

174 17.00 0.13 0.2226 7.012 0.0845 5.32E−02 1534.9

175 17.00 0.23 0.2184 6.880 0.0826 5.22E−02 1506.1

176 17.00 0.35 0.2176 6.854 0.0823 5.20E−02 1500.3

177 18.00 −0.25 0.2887 9.092 0.1137 6.89E−02 1990.2

178 18.00 0.00 0.2928 9.222 0.1155 6.99E−02 2018.6

179 18.00 0.13 0.2942 9.268 0.1162 7.03E−02 2028.8

180 18.00 0.25 0.2936 9.249 0.1159 7.01E−02 2024.7

181 18.50 −0.25 0.3438 10.829 0.1381 8.21E−02 2370.3

182 18.50 0.00 0.3533 11.129 0.1423 8.44E−02 2436.1

183 18.50 0.13 0.3487 10.984 0.1403 8.33E−02 2404.3

184 18.60 0.17 0.3444 10.848 0.1384 8.22E−02 2374.7

185 18.50 0.22 0.3481 10.964 0.1400 8.31E−02 2400.0

186 19.20 −0.25 0.3407 10.730 0.1367 8.14E−02 2348.8

187 19.20 0.00 0.3305 10.409 0.1322 7.89E−02 2278.5

188 19.20 0.13 0.3360 10.582 0.1346 8.02E−02 2316.4

189 19.30 0.17 0.3348 10.547 0.1341 8.00E−02 2308.6

190 19.20 0.22 0.3449 10.865 0.1386 8.24E−02 2378.4

191 20.00 −0.25 0.3370 10.614 0.1351 8.05E−02 2323.4

192 20.00 0.00 0.3285 10.348 0.1314 7.85E−02 2265.2

193 20.00 0.13 0.3320 10.457 0.1329 7.93E−02 2289.0

194 20.10 0.17 0.3398 10.704 0.1364 8.12E−02 2343.1

195 20.00 0.22 0.3388 10.673 0.1359 8.09E−02 2336.3

196 20.80 −0.25 0.3644 11.477 0.1472 8.70E−02 2512.4

197 20.80 0.00 0.3668 11.552 0.1483 8.76E−02 2528.8

198 20.80 0.13 0.3647 11.488 0.1474 8.71E−02 2514.7

199 20.90 0.17 0.3699 11.652 0.1497 8.83E−02 2550.6

200 20.80 0.22 0.3698 11.647 0.1496 8.83E−02 2549.6

201 21.60 −0.25 0.3672 11.567 0.1485 8.77E−02 2532.0

202 21.60 0.00 0.3594 11.319 0.1450 8.58E−02 2477.8

203 21.60 0.13 0.3630 11.434 0.1466 8.67E−02 2503.0

204 21.70 0.17 0.3636 11.452 0.1469 8.68E−02 2506.9

205 21.60 0.22 0.3687 11.614 0.1491 8.81E−02 2542.2

206 22.40 −0.25 0.3563 11.222 0.1436 8.51E−02 2456.4

207 22.40 0.00 0.3518 11.081 0.1416 8.40E−02 2425.6
99

Table A7. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.13 0.3539 11.147 0.1426 8.45E−02 2440.0

209 22.50 0.17 0.3552 11.187 0.1431 8.48E−02 2448.8

210 22.40 0.22 0.3575 11.261 0.1442 8.54E−02 2464.9

211 23.20 −0.25 0.3696 11.643 0.1495 8.83E−02 2548.6

212 23.20 0.00 0.3638 11.458 0.1470 8.69E−02 2508.2

213 23.20 0.13 0.3661 11.532 0.1480 8.74E−02 2524.3

214 23.30 0.17 0.3748 11.807 0.1519 8.95E−02 2584.6

215 23.20 0.22 0.3707 11.677 0.1500 8.85E−02 2556.0

216 24.00 −0.25 0.4134 13.023 0.1689 9.87E−02 2850.6

217 24.00 0.00 0.4112 12.954 0.1680 9.82E−02 2835.5

218 24.00 0.13 0.4099 12.910 0.1673 9.79E−02 2825.9

219 24.10 0.17 0.4166 13.122 0.1703 9.95E−02 2872.3

220 24.00 0.22 0.4166 13.123 0.1703 9.95E−02 2872.5

221 25.00 −0.25 0.3923 12.358 0.1596 9.37E−02 2705.1

222 25.00 0.00 0.4183 13.177 0.1711 9.99E−02 2884.4

223 25.00 0.13 0.4130 13.010 0.1688 9.86E−02 2847.9

224 25.10 0.17 0.3705 11.672 0.1500 8.85E−02 2554.9

225 25.00 0.22 0.3963 12.482 0.1613 9.46E−02 2732.3

226 9.00 999.00 0.0426 1.343 0.0048 1.02E−02 293.9

227 0.00 −2.50 4.1966 132.190 1.8433 1.00E+00 28935.8

228 0.00 −0.54 4.2499 133.867 1.8669 1.01E+00 29303.0

229 0.00 2.00 4.1458 130.589 1.8209 9.90E−01 28585.4

230 20.58 0.00 1.1613 36.581 0.4999 2.77E−01 8007.4

231 20.78 0.00 1.2937 40.750 0.5585 3.09E−01 8920.0

232 20.98 0.00 1.2066 38.007 0.5200 2.88E−01 8319.5

233 21.38 0.00 0.8288 26.106 0.3528 1.98E−01 5714.5

234 21.78 0.00 1.0548 33.224 0.4528 2.52E−01 7272.5

235 22.51 0.00 1.5092 47.537 0.6539 3.60E−01 10405.6

236 22.71 0.00 1.8712 58.940 0.8141 4.47E−01 12901.7

237 22.91 0.00 1.8990 59.817 0.8264 4.54E−01 13093.7

238 23.11 0.00 1.4702 46.309 0.6366 3.51E−01 10136.8

239 23.88 0.00 0.9780 30.807 0.4188 2.34E−01 6743.5

240 24.38 0.00 2.2441 70.687 0.9792 5.36E−01 15473.2

241 24.88 0.00 1.8080 56.951 0.7862 4.32E−01 12466.4

242 25.08 0.00 1.7274 54.412 0.7505 4.13E−01 11910.5

243 25.38 0.00 1.8439 58.081 0.8020 4.40E−01 12713.8

244 0.58 999.00 0.0311 0.979 −0.0003 7.42E−03 214.3

245 0.86 999.00 0.0317 1.000 0.0000 7.58E−03 218.9

246 1.15 999.00 0.0315 0.993 −0.0001 7.53E−03 217.3

247 1.43 999.00 0.0313 0.987 −0.0002 7.48E−03 216.0

248 1.72 999.00 0.0310 0.976 −0.0003 7.40E−03 213.7

249 2.00 999.00 0.0316 0.994 −0.0001 7.54E−03 217.6

250 2.29 999.00 0.0313 0.986 −0.0002 7.47E−03 215.8

251 2.57 999.00 0.0309 0.973 −0.0004 7.38E−03 213.0

252 2.86 999.00 0.0306 0.964 −0.0005 7.31E−03 211.0

253 3.14 999.00 0.0311 0.981 −0.0003 7.43E−03 214.6

254 3.43 999.00 0.0311 0.978 −0.0003 7.42E−03 214.1

255 999.00 999.00 0.0298 0.939 −0.0009 7.12E−03 205.6

256 999.00 999.00 0.0288 0.907 −0.0013 6.87E−03 198.5
100

Table A8. Flow Conditions and Pressure Distribution for Run 44

[CR = 5; Re = 0.55 × 106 per foot; 0 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 354.43 (.24437E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1855.42 ( 1030.79)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0159 ( 8.19)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 466.03 (.10832E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.67

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . 0.0100 ( 69.26)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . 98.49 ( 54.71)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.85575E−05 (.44104E−02)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . 0.23488E+02 (.54597E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 486.86 ( 148.39)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 4705.86 ( 1434.35)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . 0.54326E+06 (.17824E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . 0.658 ( 4536.85)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . 0.74126E−07 (.35492E−05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 1.220 ( 8417.16)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1857.53 ( 1031.96)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.55109E−04 (.28402E−01)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0408 4.288 0.0494 3.47E−02 281.4

2 11.18 0.20 0.0438 4.597 0.0540 3.72E−02 301.7

3 12.17 0.20 0.0454 4.764 0.0565 3.86E−02 312.7

4 13.15 0.20 0.0488 5.125 0.0620 4.15E−02 336.4

5 14.21 0.20 0.0553 5.809 0.0722 4.71E−02 381.3

6 15.14 0.20 0.0587 6.161 0.0775 4.99E−02 404.4

7 16.13 0.20 0.0682 7.168 0.0927 5.81E−02 470.5

8 17.12 0.20 0.0813 8.542 0.1133 6.92E−02 560.7

9 18.11 0.20 0.0995 10.454 0.1420 8.47E−02 686.2

10 19.74 0.20 0.1147 12.053 0.1660 9.76E−02 791.1

11 20.55 0.20 0.1222 12.841 0.1779 1.04E−01 842.9

12 22.56 0.20 0.1323 13.893 0.1937 1.13E−01 912.0

13 24.98 0.20 0.1312 13.777 0.1919 1.12E−01 904.3

14 10.59 0.60 0.0562 5.898 0.0736 4.78E−02 387.2

15 11.58 0.60 0.0489 5.133 0.0621 4.16E−02 336.9

16 12.57 0.60 0.0481 5.050 0.0608 4.09E−02 331.5

17 13.56 0.60 0.0497 5.216 0.0633 4.23E−02 342.4

18 14.60 0.60 0.0546 5.736 0.0711 4.65E−02 376.5

19 15.54 0.60 0.0610 6.406 0.0812 5.19E−02 420.5

20 16.53 0.60 0.0725 7.612 0.0993 6.17E−02 499.7

21 17.52 0.60 0.0876 9.199 0.1232 7.45E−02 603.8

22 18.51 0.60 0.1060 11.131 0.1522 9.02E−02 730.6

23 12.97 1.00 0.0640 6.724 0.0860 5.45E−02 441.4

24 15.00 1.00 0.0649 6.818 0.0874 5.52E−02 447.5

25 15.94 1.00 0.0685 7.192 0.0930 5.83E−02 472.1

26 16.93 1.00 0.0772 8.110 0.1068 6.57E−02 532.4

27 17.92 1.00 0.0989 10.391 0.1411 8.42E−02 682.0

28 18.91 1.00 0.1241 13.040 0.1809 1.06E−01 855.9

29 24.98 1.00 0.1332 13.991 0.1952 1.13E−01 918.4

30 11.99 2.00 0.0617 6.481 0.0823 5.25E−02 425.4

31 13.97 2.00 0.0576 6.052 0.0759 4.90E−02 397.2

32 15.98 2.00 0.0604 6.348 0.0803 5.14E−02 416.7

33 16.94 2.00 0.0622 6.538 0.0832 5.30E−02 429.2
101

Table A8. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.0653 6.863 0.0881 5.56E−02 450.5

35 18.42 2.00 0.1156 12.141 0.1674 9.84E−02 796.9

36 18.92 2.00 0.1969 20.678 0.2956 1.68E−01 1357.3

37 19.41 2.00 0.2133 22.408 0.3216 1.82E−01 1470.8

38 19.91 2.00 0.2181 22.913 0.3292 1.86E−01 1504.0

39 20.26 2.00 0.2244 23.575 0.3391 1.91E−01 1547.5

40 21.11 2.00 0.1313 13.794 0.1922 1.12E−01 905.5

41 21.96 2.00 0.2861 30.053 0.4364 2.43E−01 1972.7

42 22.74 2.00 0.1906 20.023 0.2857 1.62E−01 1314.3

43 23.52 2.00 0.1078 11.325 0.1551 9.17E−02 743.4

44 24.98 2.00 0.1563 16.418 0.2316 1.33E−01 1077.7

45 17.94 3.00 0.0525 5.511 0.0678 4.46E−02 361.7

46 18.93 3.00 0.0668 7.013 0.0903 5.68E−02 460.3

47 19.92 3.00 0.1993 20.938 0.2995 1.70E−01 1374.4

48 20.91 3.00 0.2950 30.986 0.4504 2.51E−01 2033.9

49 22.11 3.00 0.2249 23.624 0.3399 1.91E−01 1550.7

50 22.96 3.00 0.3642 38.256 0.5596 3.10E−01 2511.1

51 23.74 3.00 0.2042 21.451 0.3072 1.74E−01 1408.0

52 24.98 3.00 0.2863 30.076 0.4368 2.44E−01 1974.2

53 18.34 3.40 0.0523 5.492 0.0675 4.45E−02 360.5

54 19.32 3.40 0.0689 7.240 0.0937 5.87E−02 475.2

55 19.82 3.40 0.0951 9.991 0.1351 8.09E−02 655.8

56 20.32 3.40 0.1536 16.134 0.2273 1.31E−01 1059.0

57 20.81 3.40 0.2304 24.204 0.3486 1.96E−01 1588.7

58 21.31 3.40 0.2621 27.527 0.3985 2.23E−01 1806.8

59 21.66 3.40 0.2810 29.517 0.4284 2.39E−01 1937.5

60 22.94 3.40 0.3155 33.141 0.4828 2.68E−01 2175.4

61 23.75 3.40 0.3780 39.711 0.5815 3.22E−01 2606.6

62 24.14 3.40 0.3969 41.690 0.6112 3.38E−01 2736.5

63 22.29 3.60 0.1805 18.961 0.2698 1.54E−01 1244.6

64 22.71 3.60 0.2796 29.369 0.4261 2.38E−01 1927.8

65 23.14 3.60 0.3841 40.342 0.5910 3.27E−01 2648.0

66 23.95 3.60 0.4490 47.165 0.6935 3.82E−01 3095.9

67 24.34 3.60 0.3142 33.005 0.4808 2.67E−01 2166.4

68 13.79 3.80 0.0488 5.122 0.0619 4.15E−02 336.2

69 15.77 3.80 0.0410 4.307 0.0497 3.49E−02 282.7

70 17.75 3.80 0.0417 4.378 0.0507 3.55E−02 287.4

71 19.23 3.80 0.0562 5.904 0.0737 4.78E−02 387.6

72 19.73 3.80 0.0592 6.222 0.0784 5.04E−02 408.4

73 20.22 3.80 0.0743 7.808 0.1023 6.33E−02 512.5

74 20.72 3.80 0.1144 12.012 0.1654 9.73E−02 788.5

75 21.41 3.80 0.1943 20.413 0.2916 1.65E−01 1339.9

76 21.71 3.80 0.2306 24.228 0.3489 1.96E−01 1590.3

77 22.06 3.80 0.2869 30.132 0.4376 2.44E−01 1977.9

78 22.49 3.80 0.2843 29.860 0.4335 2.42E−01 1960.0

79 22.76 3.80 0.2880 30.247 0.4393 2.45E−01 1985.4

80 22.91 3.80 0.2870 30.142 0.4378 2.44E−01 1978.5

81 23.76 3.80 0.4220 44.326 0.6508 3.59E−01 2909.6

82 24.15 3.80 0.4968 52.183 0.7688 4.23E−01 3425.3

83 24.98 3.80 0.7699 80.872 1.1998 6.55E−01 5308.4

84 22.59 3.90 0.2912 30.588 0.4445 2.48E−01 2007.8

85 22.80 3.90 0.2612 27.440 0.3972 2.22E−01 1801.1

86 23.01 3.90 0.3359 35.279 0.5149 2.86E−01 2315.7

87 23.15 3.90 0.4358 45.775 0.6726 3.71E−01 3004.7

88 23.86 3.90 1.1110 116.700 1.7380 9.45E−01 7660.1

89 24.25 3.90 0.6926 72.755 1.0779 5.89E−01 4775.6

90 11.99 2.00 0.0615 6.460 0.0820 5.23E−02 424.0

91 13.97 2.00 0.0585 6.150 0.0774 4.98E−02 403.7
102

Table A8. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.0600 6.300 0.0796 5.10E−02 413.5

93 17.93 2.00 0.0666 6.995 0.0901 5.67E−02 459.2

94 19.91 2.00 0.2182 22.923 0.3293 1.86E−01 1504.6

95 1.00 −0.25 0.0307 3.220 0.0333 2.61E−02 211.4

96 1.00 0.41 0.0301 3.166 0.0325 2.56E−02 207.8

97 1.00 1.03 0.0305 3.207 0.0332 2.60E−02 210.5

98 1.00 1.65 0.0300 3.151 0.0323 2.55E−02 206.8

99 2.50 −0.25 0.0251 2.639 0.0246 2.14E−02 173.2

100 4.00 −0.25 0.0241 2.530 0.0230 2.05E−02 166.0

101 4.00 0.41 0.0238 2.497 0.0225 2.02E−02 163.9

102 4.00 1.65 0.0230 2.418 0.0213 1.96E−02 158.7

103 5.50 −0.25 0.0228 2.392 0.0209 1.94E−02 157.0

104 7.00 −0.25 0.0294 3.093 0.0314 2.51E−02 203.0

105 8.00 −2.15 0.0275 2.892 0.0284 2.34E−02 189.9

106 8.00 −1.75 0.0288 3.021 0.0304 2.45E−02 198.3

107 8.00 −1.36 0.0299 3.136 0.0321 2.54E−02 205.8

108 8.00 −0.91 0.0312 3.278 0.0342 2.66E−02 215.2

109 8.00 −0.25 0.0325 3.414 0.0363 2.77E−02 224.1

110 8.00 0.00 0.0325 3.415 0.0363 2.77E−02 224.1

111 8.00 0.13 0.0327 3.433 0.0365 2.78E−02 225.3

112 8.00 0.41 0.0330 3.466 0.0370 2.81E−02 227.5

113 8.00 0.86 0.0318 3.341 0.0352 2.71E−02 219.3

114 8.00 1.25 0.0306 3.211 0.0332 2.60E−02 210.8

115 8.00 1.65 0.0290 3.045 0.0307 2.47E−02 199.9

116 9.00 −0.25 0.0333 3.502 0.0376 2.84E−02 229.9

117 9.00 0.00 0.0337 3.536 0.0381 2.86E−02 232.1

118 9.00 0.13 0.0329 3.456 0.0369 2.80E−02 226.9

119 9.00 0.41 0.0329 3.457 0.0369 2.80E−02 226.9

120 9.00 0.76 0.0326 3.421 0.0364 2.77E−02 224.6

121 9.00 1.07 0.0293 3.073 0.0311 2.49E−02 201.7

122 10.00 −0.25 0.0367 3.853 0.0429 3.12E−02 252.9

123 10.00 0.00 0.0365 3.830 0.0425 3.10E−02 251.4

124 10.00 0.13 0.0375 3.937 0.0441 3.19E−02 258.4

125 10.00 0.41 0.0360 3.778 0.0417 3.06E−02 248.0

126 10.00 0.65 0.0350 3.680 0.0403 2.98E−02 241.6

127 10.00 0.83 0.0345 3.624 0.0394 2.94E−02 237.9

128 10.00 0.97 0.0345 3.626 0.0394 2.94E−02 238.0

129 10.00 1.09 0.0359 3.775 0.0417 3.06E−02 247.8

130 11.00 −0.25 0.0347 3.647 0.0398 2.95E−02 239.4

131 11.00 0.00 0.0398 4.183 0.0478 3.39E−02 274.6

132 11.00 0.13 0.0395 4.146 0.0473 3.36E−02 272.2

133 11.00 0.27 0.0392 4.122 0.0469 3.34E−02 270.6

134 11.00 0.55 0.0353 3.705 0.0406 3.00E−02 243.2

135 11.00 0.72 0.0383 4.025 0.0454 3.26E−02 264.2

136 11.00 0.86 0.0412 4.332 0.0501 3.51E−02 284.4

137 11.00 0.98 0.0396 4.157 0.0474 3.37E−02 272.8

138 12.00 −0.25 0.0422 4.428 0.0515 3.59E−02 290.6

139 12.00 0.00 0.0424 4.453 0.0519 3.61E−02 292.3

140 12.00 0.13 0.0423 4.446 0.0518 3.60E−02 291.8

141 12.00 0.27 0.0420 4.417 0.0513 3.58E−02 289.9

142 12.00 0.44 0.0394 4.141 0.0472 3.35E−02 271.8

143 12.00 0.62 0.0415 4.358 0.0504 3.53E−02 286.0

144 12.00 0.76 0.0426 4.471 0.0521 3.62E−02 293.5

145 12.00 0.88 0.0430 4.513 0.0528 3.66E−02 296.2

146 13.00 −0.25 0.0457 4.801 0.0571 3.89E−02 315.2

147 13.00 0.00 0.0461 4.838 0.0577 3.92E−02 317.6

148 13.00 0.13 0.0456 4.794 0.0570 3.88E−02 314.7

149 13.00 0.27 0.0456 4.788 0.0569 3.88E−02 314.3
103

Table A8. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.39 0.0465 4.890 0.0584 3.96E−02 321.0

151 13.00 0.51 0.0472 4.958 0.0595 4.02E−02 325.5

152 13.00 0.65 0.0445 4.671 0.0551 3.78E−02 306.6

153 13.00 0.77 0.0462 4.853 0.0579 3.93E−02 318.5

154 14.00 −0.25 0.0518 5.440 0.0667 4.41E−02 357.1

155 14.00 0.00 0.0504 5.292 0.0645 4.29E−02 347.3

156 14.00 0.13 0.0507 5.329 0.0650 4.32E−02 349.8

157 14.00 0.27 0.0509 5.342 0.0652 4.33E−02 350.6

158 14.00 0.41 0.0493 5.179 0.0628 4.20E−02 339.9

159 14.00 0.55 0.0536 5.634 0.0696 4.56E−02 369.8

160 14.00 0.67 0.0520 5.463 0.0670 4.43E−02 358.6

161 15.00 −0.25 0.0588 6.179 0.0778 5.01E−02 405.6

162 15.00 0.00 0.0578 6.069 0.0761 4.92E−02 398.4

163 15.00 0.13 0.0569 5.975 0.0747 4.84E−02 392.2

164 15.00 0.44 0.0588 6.179 0.0778 5.01E−02 405.6

165 15.00 0.56 0.0586 6.159 0.0775 4.99E−02 404.3

166 16.00 −0.25 0.0669 7.025 0.0905 5.69E−02 461.1

167 16.00 0.00 0.0685 7.192 0.0930 5.83E−02 472.1

168 16.00 0.13 0.0678 7.125 0.0920 5.77E−02 467.7

169 16.00 0.23 0.0668 7.018 0.0904 5.69E−02 460.6

170 16.00 0.34 0.0657 6.902 0.0887 5.59E−02 453.0

171 16.00 0.46 0.0665 6.986 0.0899 5.66E−02 458.6

172 17.00 −0.25 0.0789 8.290 0.1095 6.72E−02 544.2

173 17.00 0.00 0.0810 8.506 0.1128 6.89E−02 558.3

174 17.00 0.13 0.0806 8.465 0.1121 6.86E−02 555.6

175 17.00 0.23 0.0772 8.113 0.1068 6.57E−02 532.5

176 17.00 0.35 0.0822 8.632 0.1147 6.99E−02 566.6

177 18.00 −0.25 0.1031 10.831 0.1477 8.77E−02 710.9

178 18.00 0.00 0.0991 10.408 0.1413 8.43E−02 683.2

179 18.00 0.13 0.0986 10.355 0.1405 8.39E−02 679.7

180 18.00 0.25 0.0985 10.345 0.1404 8.38E−02 679.0

181 18.50 −0.25 0.1095 11.507 0.1578 9.32E−02 755.3

182 18.50 0.00 0.1101 11.563 0.1587 9.37E−02 759.0

183 18.50 0.13 0.1086 11.408 0.1563 9.24E−02 748.8

184 18.60 0.17 0.1112 11.683 0.1605 9.46E−02 766.9

185 18.50 0.22 0.1116 11.719 0.1610 9.49E−02 769.2

186 19.20 −0.25 0.1147 12.044 0.1659 9.76E−02 790.6

187 19.20 0.00 0.1160 12.183 0.1680 9.87E−02 799.7

188 19.20 0.13 0.1158 12.162 0.1677 9.85E−02 798.3

189 19.30 0.17 0.1164 12.230 0.1687 9.91E−02 802.8

190 19.20 0.22 0.1174 12.329 0.1702 9.99E−02 809.3

191 20.00 −0.25 0.1189 12.489 0.1726 1.01E−01 819.8

192 20.00 0.00 0.1223 12.848 0.1780 1.04E−01 843.3

193 20.00 0.13 0.1219 12.803 0.1773 1.04E−01 840.4

194 20.10 0.17 0.1239 13.017 0.1805 1.05E−01 854.4

195 20.00 0.22 0.1213 12.745 0.1764 1.03E−01 836.6

196 20.80 −0.25 0.1271 13.353 0.1856 1.08E−01 876.5

197 20.80 0.00 0.1277 13.410 0.1864 1.09E−01 880.2

198 20.80 0.13 0.1272 13.358 0.1856 1.08E−01 876.8

199 20.90 0.17 0.1285 13.501 0.1878 1.09E−01 886.2

200 20.80 0.22 0.1279 13.432 0.1867 1.09E−01 881.7

201 21.60 −0.25 0.1298 13.634 0.1898 1.10E−01 894.9

202 21.60 0.00 0.1313 13.788 0.1921 1.12E−01 905.0

203 21.60 0.13 0.1306 13.718 0.1910 1.11E−01 900.5

204 21.70 0.17 0.1306 13.718 0.1910 1.11E−01 900.4

205 21.60 0.22 0.1327 13.938 0.1944 1.13E−01 914.9

206 22.40 −0.25 0.1318 13.840 0.1929 1.12E−01 908.5

207 22.40 0.00 0.1364 14.326 0.2002 1.16E−01 940.3
104

Table A8. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.13 0.1328 13.952 0.1946 1.13E−01 915.8

209 22.50 0.17 0.1359 14.280 0.1995 1.16E−01 937.3

210 22.40 0.22 0.1346 14.139 0.1974 1.15E−01 928.1

211 23.20 −0.25 0.1397 14.675 0.2054 1.19E−01 963.3

212 23.20 0.00 0.1423 14.952 0.2096 1.21E−01 981.4

213 23.20 0.13 0.1436 15.080 0.2115 1.22E−01 989.8

214 23.30 0.17 0.1430 15.025 0.2107 1.22E−01 986.2

215 23.20 0.22 0.1417 14.889 0.2086 1.21E−01 977.3

216 24.00 −0.25 0.1462 15.358 0.2157 1.24E−01 1008.1

217 24.00 0.00 0.1510 15.858 0.2232 1.28E−01 1040.9

218 24.00 0.13 0.1492 15.676 0.2205 1.27E−01 1029.0

219 24.10 0.17 0.1502 15.782 0.2220 1.28E−01 1035.9

220 24.00 0.22 0.1507 15.828 0.2227 1.28E−01 1038.9

221 25.00 −0.25 0.1332 13.988 0.1951 1.13E−01 918.2

222 25.00 0.00 0.1362 14.310 0.1999 1.16E−01 939.3

223 25.00 0.13 0.1333 13.997 0.1952 1.13E−01 918.8

224 25.10 0.17 0.1235 12.975 0.1799 1.05E−01 851.7

225 25.00 0.22 0.1340 14.075 0.1964 1.14E−01 923.9

226 9.00 999.00 0.0557 5.848 0.0728 4.74E−02 383.8

227 0.00 −2.50 1.1669 122.571 1.8262 9.93E−01 8045.5

228 0.00 −0.54 1.1765 123.587 1.8414 1.00E+00 8112.2

229 0.00 2.00 1.1468 120.461 1.7945 9.76E−01 7907.0

230 22.96 0.00 1.0615 111.508 1.6600 9.03E−01 7319.3

231 23.16 0.00 1.1846 124.432 1.8541 1.01E+00 8167.7

232 23.36 0.00 1.1344 119.157 1.7749 9.65E−01 7821.4

233 23.76 0.00 0.4541 47.705 0.7016 3.86E−01 3131.3

234 24.16 0.00 0.6011 63.137 0.9334 5.11E−01 4144.3

235 24.89 0.00 0.6689 70.267 1.0405 5.69E−01 4612.3

236 25.09 0.00 0.6314 66.325 0.9813 5.37E−01 4353.5

237 25.29 0.00 0.5617 59.002 0.8713 4.78E−01 3872.9

238 25.49 0.00 0.4817 50.602 0.7451 4.10E−01 3321.5

239 26.26 0.00 0.1652 17.351 0.2456 1.41E−01 1138.9

240 26.76 0.00 0.2546 26.740 0.3867 2.17E−01 1755.2

241 27.26 0.00 0.1876 19.704 0.2810 1.60E−01 1293.4

242 27.51 0.00 0.1656 17.396 0.2463 1.41E−01 1141.8

243 27.76 0.00 0.1547 16.246 0.2290 1.32E−01 1066.4

244 0.58 999.00 0.0254 2.672 0.0251 2.16E−02 175.4

245 0.86 999.00 0.0277 2.908 0.0287 2.36E−02 190.9

246 1.15 999.00 0.0268 2.813 0.0272 2.28E−02 184.7

247 1.43 999.00 0.0260 2.736 0.0261 2.22E−02 179.6

248 1.72 999.00 0.0255 2.681 0.0253 2.17E−02 176.0

249 2.00 999.00 0.0276 2.898 0.0285 2.35E−02 190.2

250 2.29 999.00 0.0256 2.687 0.0253 2.18E−02 176.4

251 2.57 999.00 0.0265 2.781 0.0268 2.25E−02 182.5

252 2.86 999.00 0.0276 2.900 0.0285 2.35E−02 190.4

253 3.14 999.00 0.0275 2.889 0.0284 2.34E−02 189.7

254 3.43 999.00 0.0260 2.732 0.0260 2.21E−02 179.3

255 999.00 999.00 0.0236 2.482 0.0223 2.01E−02 162.9

256 999.00 999.00 0.0231 2.432 0.0215 1.97E−02 159.6
105

Table A9. Flow Conditions and Pressure Distribution for Run 45

[CR = 5; Re = 1.14 × 106 per foot; 0 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 725.54 (.50024E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1854.89 ( 1030.49)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0323 ( 16.64)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 466.54 (.10844E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.77

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . 0.0191 ( 131.58)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . 96.51 ( 53.62)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.16590E-04 ( .85503E-02)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . 0.23017E+02 (.53501E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 481.95 ( 146.90)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 4711.05 ( 1435.93)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . 0.10798E+07 (.35426E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . 1.278 ( 8814.92)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . 0.72383E-07 ( .34657E-05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 2.371 ( 16339.91)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1859.38 ( 1032.99)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.10696E-03 ( .55125E-01)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0618 3.494 0.0364 2.75E−02 426.4

2 11.18 0.20 0.0659 3.723 0.0397 2.93E−02 454.3

3 12.17 0.20 0.0706 3.987 0.0436 3.14E−02 486.5

4 13.15 0.20 0.0757 4.276 0.0478 3.37E−02 521.9

5 14.21 0.20 0.0828 4.678 0.0537 3.68E−02 570.8

6 15.14 0.20 0.0929 5.248 0.0620 4.13E−02 640.4

7 16.13 0.20 0.1069 6.042 0.0736 4.76E−02 737.4

8 17.12 0.20 0.1269 7.171 0.0901 5.64E−02 875.1

9 18.11 0.20 0.1599 9.033 0.1172 7.11E−02 1102.3

10 19.74 0.20 0.1770 10.000 0.1313 7.87E−02 1220.4

11 20.55 0.20 0.1908 10.781 0.1427 8.49E−02 1315.7

12 22.56 0.20 0.2089 11.803 0.1576 9.29E−02 1440.3

13 24.98 0.20 0.2282 12.896 0.1736 1.02E−01 1573.7

14 10.59 0.60 0.1010 5.709 0.0687 4.49E−02 696.7

15 11.58 0.60 0.0863 4.875 0.0565 3.84E−02 594.9

16 12.57 0.60 0.0851 4.806 0.0555 3.78E−02 586.5

17 13.56 0.60 0.0839 4.739 0.0546 3.73E−02 578.3

18 14.60 0.60 0.0883 4.989 0.0582 3.93E−02 608.8

19 15.54 0.60 0.0973 5.496 0.0656 4.33E−02 670.7

20 16.53 0.60 0.1117 6.311 0.0775 4.97E−02 770.2

21 17.52 0.60 0.1354 7.648 0.0970 6.02E−02 933.3

22 18.51 0.60 0.1732 9.788 0.1282 7.70E−02 1194.4

23 12.97 1.00 0.1084 6.126 0.0748 4.82E−02 747.6

24 15.00 1.00 0.1130 6.386 0.0786 5.03E−02 779.3

25 15.94 1.00 0.1185 6.696 0.0831 5.27E−02 817.1

26 16.93 1.00 0.1296 7.320 0.0922 5.76E−02 893.3

27 17.92 1.00 0.1559 8.810 0.1140 6.93E−02 1075.1

28 18.91 1.00 0.2085 11.780 0.1573 9.27E−02 1437.6

29 24.98 1.00 0.2357 13.320 0.1798 1.05E−01 1625.4

30 11.99 2.00 0.1049 5.928 0.0719 4.67E−02 723.5

31 13.97 2.00 0.0946 5.346 0.0634 4.21E−02 652.4

32 15.98 2.00 0.1015 5.737 0.0691 4.52E−02 700.1

33 16.94 2.00 0.1064 6.012 0.0731 4.73E−02 733.6
106

Table A9. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.1116 6.305 0.0774 4.96E−02 769.4

35 18.42 2.00 0.1403 7.924 0.1010 6.24E−02 967.0

36 18.92 2.00 0.3036 17.152 0.2357 1.35E−01 2093.1

37 19.41 2.00 0.4408 24.903 0.3488 1.96E−01 3039.0

38 19.91 2.00 0.4331 24.470 0.3425 1.93E−01 2986.2

39 20.26 2.00 0.4133 23.354 0.3262 1.84E−01 2850.0

40 21.11 2.00 0.2107 11.906 0.1592 9.37E−02 1452.9

41 21.96 2.00 0.5147 29.083 0.4098 2.29E−01 3549.1

42 22.74 2.00 0.3783 21.374 0.2973 1.68E−01 2608.4

43 23.52 2.00 0.2173 12.276 0.1646 9.66E−02 1498.1

44 24.98 2.00 0.3039 17.171 0.2360 1.35E−01 2095.4

45 17.94 3.00 0.0870 4.916 0.0571 3.87E−02 599.9

46 18.93 3.00 0.1144 6.462 0.0797 5.09E−02 788.6

47 19.92 3.00 0.2135 12.065 0.1615 9.50E−02 1472.4

48 20.91 3.00 0.5099 28.810 0.4058 2.27E−01 3515.7

49 22.11 3.00 0.3602 20.354 0.2824 1.60E−01 2483.8

50 22.96 3.00 0.6672 37.700 0.5356 2.97E−01 4600.7

51 23.74 3.00 0.3748 21.178 0.2945 1.67E−01 2584.4

52 24.98 3.00 0.4056 22.919 0.3199 1.80E−01 2796.8

53 18.34 3.40 0.0841 4.751 0.0547 3.74E−02 579.8

54 19.32 3.40 0.1088 6.147 0.0751 4.84E−02 750.1

55 19.82 3.40 0.1140 6.443 0.0794 5.07E−02 786.2

56 20.32 3.40 0.2029 11.463 0.1527 9.02E−02 1398.8

57 20.81 3.40 0.3662 20.691 0.2874 1.63E−01 2525.0

58 21.31 3.40 0.4716 26.645 0.3742 2.10E−01 3251.6

59 21.66 3.40 0.4693 26.516 0.3724 2.09E−01 3235.9

60 22.94 3.40 0.4507 25.467 0.3570 2.00E−01 3107.8

61 23.75 3.40 0.4878 27.559 0.3876 2.17E−01 3363.1

62 24.14 3.40 0.4033 22.789 0.3180 1.79E−01 2781.0

63 22.29 3.60 0.3565 20.141 0.2793 1.59E−01 2457.8

64 22.71 3.60 0.3837 21.679 0.3018 1.71E−01 2645.5

65 23.14 3.60 0.4777 26.988 0.3792 2.12E−01 3293.4

66 23.95 3.60 0.6684 37.768 0.5366 2.97E−01 4608.9

67 24.34 3.60 0.7725 43.645 0.6223 3.44E−01 5326.1

68 13.79 3.80 0.0832 4.699 0.0540 3.70E−02 573.4

69 15.77 3.80 0.0699 3.949 0.0430 3.11E−02 482.0

70 17.75 3.80 0.0701 3.963 0.0432 3.12E−02 483.6

71 19.23 3.80 0.0885 5.001 0.0584 3.94E−02 610.3

72 19.73 3.80 0.0941 5.317 0.0630 4.19E−02 648.9

73 20.22 3.80 0.0926 5.230 0.0617 4.12E−02 638.2

74 20.72 3.80 0.1456 8.228 0.1055 6.48E−02 1004.1

75 21.41 3.80 0.2822 15.944 0.2181 1.25E−01 1945.6

76 21.71 3.80 0.3499 19.768 0.2739 1.56E−01 2412.3

77 22.06 3.80 0.4581 25.884 0.3631 2.04E−01 3158.7

78 22.49 3.80 0.3468 19.596 0.2714 1.54E−01 2391.3

79 22.76 3.80 0.4196 23.706 0.3314 1.87E−01 2892.9

80 22.91 3.80 0.4354 24.601 0.3444 1.94E−01 3002.1

81 23.76 3.80 0.8252 46.622 0.6658 3.67E−01 5689.4

82 24.15 3.80 1.1087 62.641 0.8995 4.93E−01 7644.2

83 24.98 3.80 0.9913 56.012 0.8028 4.41E−01 6835.3

84 22.59 3.90 0.4345 24.552 0.3437 1.93E−01 2996.1

85 22.80 3.90 0.3611 20.403 0.2831 1.61E−01 2489.8

86 23.01 3.90 0.3659 20.673 0.2871 1.63E−01 2522.7

87 23.15 3.90 0.4926 27.830 0.3915 2.19E−01 3396.2

88 23.86 3.90 1.2647 71.457 1.0282 5.62E−01 8720.0

89 24.25 3.90 1.3090 73.957 1.0647 5.82E−01 9025.2

90 11.99 2.00 0.1060 5.988 0.0728 4.71E−02 730.7

91 13.97 2.00 0.0998 5.641 0.0677 4.44E−02 688.3
107

Table A9. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.1036 5.852 0.0708 4.61E−02 714.1

93 17.93 2.00 0.1140 6.438 0.0794 5.07E−02 785.7

94 19.91 2.00 0.4241 23.959 0.3350 1.89E−01 2923.8

95 1.00 −0.25 0.0483 2.728 0.0252 2.15E−02 332.9

96 1.00 0.41 0.0470 2.655 0.0242 2.09E−02 324.0

97 1.00 1.03 0.0470 2.654 0.0241 2.09E−02 323.8

98 1.00 1.65 0.0474 2.677 0.0245 2.11E−02 326.7

99 2.50 −0.25 0.0397 2.245 0.0182 1.77E−02 273.9

100 4.00 −0.25 0.0373 2.107 0.0162 1.66E−02 257.1

101 4.00 0.41 0.0373 2.106 0.0161 1.66E−02 257.0

102 4.00 1.65 0.0367 2.072 0.0156 1.63E−02 252.9

103 5.50 −0.25 0.0359 2.027 0.0150 1.60E−02 247.3

104 7.00 −0.25 0.0497 2.807 0.0264 2.21E−02 342.5

105 8.00 −2.15 0.0457 2.580 0.0231 2.03E−02 314.8

106 8.00 −1.75 0.0477 2.693 0.0247 2.12E−02 328.6

107 8.00 −1.36 0.0493 2.785 0.0261 2.19E−02 339.9

108 8.00 −0.91 0.0515 2.909 0.0279 2.29E−02 355.0

109 8.00 −0.25 0.0537 3.036 0.0297 2.39E−02 370.5

110 8.00 0.00 0.0534 3.016 0.0294 2.37E−02 368.0

111 8.00 0.13 0.0534 3.018 0.0294 2.38E−02 368.2

112 8.00 0.41 0.0533 3.011 0.0293 2.37E−02 367.5

113 8.00 0.86 0.0515 2.912 0.0279 2.29E−02 355.4

114 8.00 1.25 0.0498 2.815 0.0265 2.22E−02 343.6

115 8.00 1.65 0.0477 2.693 0.0247 2.12E−02 328.7

116 9.00 −0.25 0.0540 3.049 0.0299 2.40E−02 372.0

117 9.00 0.00 0.0543 3.069 0.0302 2.42E−02 374.5

118 9.00 0.13 0.0538 3.040 0.0298 2.39E−02 371.0

119 9.00 0.41 0.0532 3.005 0.0293 2.37E−02 366.7

120 9.00 0.76 0.0511 2.887 0.0275 2.27E−02 352.3

121 9.00 1.07 0.0451 2.549 0.0226 2.01E−02 311.0

122 10.00 −0.25 0.0601 3.397 0.0350 2.67E−02 414.6

123 10.00 0.00 0.0601 3.396 0.0350 2.67E−02 414.5

124 10.00 0.13 0.0609 3.440 0.0356 2.71E−02 419.8

125 10.00 0.41 0.0591 3.338 0.0341 2.63E−02 407.3

126 10.00 0.65 0.0568 3.208 0.0322 2.53E−02 391.5

127 10.00 0.83 0.0558 3.153 0.0314 2.48E−02 384.8

128 10.00 0.97 0.0568 3.211 0.0323 2.53E−02 391.9

129 10.00 1.09 0.0591 3.339 0.0341 2.63E−02 407.5

130 11.00 −0.25 0.0681 3.846 0.0415 3.03E−02 469.4

131 11.00 0.00 0.0657 3.710 0.0395 2.92E−02 452.7

132 11.00 0.13 0.0648 3.664 0.0389 2.88E−02 447.1

133 11.00 0.27 0.0644 3.641 0.0385 2.87E−02 444.3

134 11.00 0.55 0.0589 3.329 0.0340 2.62E−02 406.2

135 11.00 0.72 0.0622 3.516 0.0367 2.77E−02 429.1

136 11.00 0.86 0.0643 3.635 0.0385 2.86E−02 443.6

137 11.00 0.98 0.0649 3.669 0.0389 2.89E−02 447.7

138 12.00 −0.25 0.0685 3.872 0.0419 3.05E−02 472.5

139 12.00 0.00 0.0693 3.915 0.0425 3.08E−02 477.8

140 12.00 0.13 0.0690 3.897 0.0423 3.07E−02 475.5

141 12.00 0.27 0.0683 3.860 0.0417 3.04E−02 471.1

142 12.00 0.44 0.0667 3.767 0.0404 2.96E−02 459.6

143 12.00 0.62 0.0677 3.828 0.0413 3.01E−02 467.1

144 12.00 0.76 0.0697 3.941 0.0429 3.10E−02 480.9

145 12.00 0.88 0.0706 3.987 0.0436 3.14E−02 486.6

146 13.00 −0.25 0.0739 4.178 0.0464 3.29E−02 509.9

147 13.00 0.00 0.0754 4.262 0.0476 3.35E−02 520.0

148 13.00 0.13 0.0749 4.232 0.0472 3.33E−02 516.5

149 13.00 0.27 0.0747 4.219 0.0470 3.32E−02 514.8
108

Table A9. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.39 0.0725 4.097 0.0452 3.22E−02 500.0

151 13.00 0.51 0.0742 4.193 0.0466 3.30E−02 511.6

152 13.00 0.65 0.0759 4.290 0.0480 3.38E−02 523.6

153 13.00 0.77 0.0762 4.307 0.0483 3.39E−02 525.6

154 14.00 −0.25 0.0814 4.599 0.0525 3.62E−02 561.3

155 14.00 0.00 0.0830 4.689 0.0538 3.69E−02 572.2

156 14.00 0.13 0.0823 4.648 0.0532 3.66E−02 567.2

157 14.00 0.27 0.0813 4.595 0.0525 3.62E−02 560.7

158 14.00 0.41 0.0814 4.597 0.0525 3.62E−02 560.9

159 14.00 0.55 0.0844 4.769 0.0550 3.75E−02 582.0

160 14.00 0.67 0.0819 4.629 0.0530 3.64E−02 564.9

161 15.00 −0.25 0.0925 5.228 0.0617 4.11E−02 638.0

162 15.00 0.00 0.0939 5.307 0.0628 4.18E−02 647.6

163 15.00 0.13 0.0936 5.291 0.0626 4.16E−02 645.7

164 15.00 0.44 0.0938 5.301 0.0628 4.17E−02 646.8

165 15.00 0.56 0.0922 5.211 0.0614 4.10E−02 635.9

166 16.00 −0.25 0.1087 6.143 0.0751 4.84E−02 749.7

167 16.00 0.00 0.1103 6.231 0.0763 4.90E−02 760.4

168 16.00 0.13 0.1109 6.268 0.0769 4.93E−02 764.9

169 16.00 0.23 0.1097 6.199 0.0759 4.88E−02 756.4

170 16.00 0.34 0.1082 6.112 0.0746 4.81E−02 745.9

171 16.00 0.46 0.1058 5.976 0.0726 4.70E−02 729.2

172 17.00 −0.25 0.1305 7.375 0.0930 5.80E−02 899.9

173 17.00 0.00 0.1341 7.575 0.0960 5.96E−02 924.4

174 17.00 0.13 0.1335 7.544 0.0955 5.94E−02 920.6

175 17.00 0.23 0.1282 7.245 0.0911 5.70E−02 884.1

176 17.00 0.35 0.1258 7.106 0.0891 5.59E−02 867.1

177 18.00 −0.25 0.1621 9.160 0.1191 7.21E−02 1117.9

178 18.00 0.00 0.1688 9.538 0.1246 7.51E−02 1163.9

179 18.00 0.13 0.1654 9.343 0.1218 7.35E−02 1140.2

180 18.00 0.25 0.1619 9.149 0.1189 7.20E−02 1116.5

181 18.50 −0.25 0.1819 10.280 0.1354 8.09E−02 1254.5

182 18.50 0.00 0.1886 10.656 0.1409 8.39E−02 1300.4

183 18.50 0.13 0.1816 10.263 0.1352 8.08E−02 1252.5

184 18.60 0.17 0.1798 10.160 0.1337 8.00E−02 1239.9

185 18.50 0.22 0.1799 10.165 0.1337 8.00E−02 1240.4

186 19.20 −0.25 0.1814 10.252 0.1350 8.07E−02 1251.0

187 19.20 0.00 0.1834 10.363 0.1366 8.16E−02 1264.7

188 19.20 0.13 0.1816 10.261 0.1351 8.08E−02 1252.2

189 19.30 0.17 0.1822 10.292 0.1356 8.10E−02 1255.9

190 19.20 0.22 0.1823 10.300 0.1357 8.11E−02 1256.9

191 20.00 −0.25 0.1904 10.756 0.1424 8.47E−02 1312.6

192 20.00 0.00 0.1884 10.644 0.1407 8.38E−02 1298.9

193 20.00 0.13 0.1896 10.715 0.1418 8.43E−02 1307.6

194 20.10 0.17 0.1932 10.918 0.1447 8.59E−02 1332.4

195 20.00 0.22 0.1904 10.761 0.1424 8.47E−02 1313.1

196 20.80 −0.25 0.2039 11.522 0.1535 9.07E−02 1406.1

197 20.80 0.00 0.2037 11.512 0.1534 9.06E−02 1404.8

198 20.80 0.13 0.2040 11.528 0.1536 9.07E−02 1406.8

199 20.90 0.17 0.2074 11.720 0.1564 9.23E−02 1430.3

200 20.80 0.22 0.2063 11.657 0.1555 9.18E−02 1422.5

201 21.60 −0.25 0.2092 11.819 0.1579 9.30E−02 1442.3

202 21.60 0.00 0.2053 11.597 0.1546 9.13E−02 1415.2

203 21.60 0.13 0.2064 11.661 0.1556 9.18E−02 1423.0

204 21.70 0.17 0.2080 11.754 0.1569 9.25E−02 1434.4

205 21.60 0.22 0.2113 11.940 0.1596 9.40E−02 1457.1

206 22.40 −0.25 0.2102 11.876 0.1587 9.35E−02 1449.3

207 22.40 0.00 0.2070 11.698 0.1561 9.21E−02 1427.5
109

Table A9. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.13 0.2068 11.684 0.1559 9.20E−02 1425.8

209 22.50 0.17 0.2101 11.869 0.1586 9.34E−02 1448.4

210 22.40 0.22 0.2090 11.807 0.1577 9.29E−02 1440.8

211 23.20 −0.25 0.2211 12.494 0.1677 9.83E−02 1524.7

212 23.20 0.00 0.2169 12.254 0.1642 9.64E−02 1495.3

213 23.20 0.13 0.2188 12.363 0.1658 9.73E−02 1508.6

214 23.30 0.17 0.2245 12.683 0.1705 9.98E−02 1547.7

215 23.20 0.22 0.2222 12.554 0.1686 9.88E−02 1532.0

216 24.00 −0.25 0.2407 13.599 0.1839 1.07E−01 1659.6

217 24.00 0.00 0.2370 13.393 0.1809 1.05E−01 1634.4

218 24.00 0.13 0.2389 13.497 0.1824 1.06E−01 1647.0

219 24.10 0.17 0.2427 13.713 0.1855 1.08E−01 1673.4

220 24.00 0.22 0.2397 13.541 0.1830 1.07E−01 1652.5

221 25.00 −0.25 0.2248 12.703 0.1708 1.00E−01 1550.2

222 25.00 0.00 0.2370 13.390 0.1808 1.05E−01 1634.0

223 25.00 0.13 0.2331 13.172 0.1776 1.04E−01 1607.4

224 25.10 0.17 0.2120 11.981 0.1602 9.43E−02 1462.0

225 25.00 0.22 0.2245 12.685 0.1705 9.98E−02 1547.9

226 9.00 999.00 0.1123 6.344 0.0780 4.99E−02 774.1

227 0.00 −2.50 2.2147 125.132 1.8115 9.85E−01 15270.1

228 0.00 −0.54 2.2402 126.575 1.8325 9.96E−01 15446.2

229 0.00 2.00 2.1995 124.275 1.7990 9.78E−01 15165.6

230 22.96 0.00 1.3131 74.194 1.0681 5.84E−01 9054.0

231 23.16 0.00 1.4258 80.558 1.1610 6.34E−01 9830.8

232 23.36 0.00 1.2781 72.213 1.0392 5.68E−01 8812.3

233 23.76 0.00 1.5303 86.465 1.2472 6.81E−01 10551.6

234 24.16 0.00 0.9219 52.087 0.7455 4.10E−01 6356.3

235 24.89 0.00 1.1405 64.437 0.9257 5.07E−01 7863.5

236 25.09 0.00 1.1347 64.111 0.9210 5.05E−01 7823.7

237 25.29 0.00 1.0308 58.240 0.8353 4.58E−01 7107.2

238 25.49 0.00 0.9048 51.122 0.7314 4.02E−01 6238.6

239 26.26 0.00 0.3171 17.915 0.2468 1.41E−01 2186.2

240 26.76 0.00 0.3497 19.757 0.2737 1.56E−01 2411.0

241 27.26 0.00 0.3063 17.306 0.2380 1.36E−01 2111.9

242 27.51 0.00 0.3004 16.975 0.2331 1.34E−01 2071.6

243 27.76 0.00 0.2889 16.324 0.2236 1.28E−01 1992.0

244 0.58 999.00 0.0286 1.618 0.0090 1.27E−02 197.5

245 0.86 999.00 0.0297 1.677 0.0099 1.32E−02 204.6

246 1.15 999.00 0.0288 1.629 0.0092 1.28E−02 198.8

247 1.43 999.00 0.0295 1.667 0.0097 1.31E−02 203.4

248 1.72 999.00 0.0279 1.574 0.0084 1.24E−02 192.1

249 2.00 999.00 0.0292 1.652 0.0095 1.30E−02 201.6

250 2.29 999.00 0.0277 1.564 0.0082 1.23E−02 190.8

251 2.57 999.00 0.0292 1.651 0.0095 1.30E−02 201.5

252 2.86 999.00 0.0289 1.633 0.0092 1.29E−02 199.3

253 3.14 999.00 0.0293 1.657 0.0096 1.30E−02 202.2

254 3.43 999.00 0.0294 1.660 0.0096 1.31E−02 202.6

255 999.00 999.00 0.0267 1.508 0.0074 1.19E−02 184.0

256 999.00 999.00 0.0261 1.472 0.0069 1.16E−02 179.7
110

Table A10. Flow Conditions and Pressure Distribution for Run 46

[CR = 5; Re = 2.15 × 106 per foot; 0 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1437.56 (.99116E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1856.08 ( 1031.16)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0629 ( 32.42)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 468.08 (.10880E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.92

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . 0.0350 ( 241.06)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . 94.23 ( 52.35)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.31127E−04 (.16042E−01)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . 0.22474E+02 (.52239E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 476.23 ( 145.16)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 4722.12 ( 1439.30)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . 0.20887E+07 (.68525E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . 2.410 ( 16616.65)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . 0.70374E−07 (.33695E−05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 4.468 ( 30822.08)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1865.01 ( 1036.11)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.20100E−03 (.10359E+00)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0919 2.894 0.0267 2.20E−02 633.6

2 11.18 0.20 0.0993 3.127 0.0300 2.38E−02 684.7

3 12.17 0.20 0.1087 3.423 0.0342 2.60E−02 749.4

4 13.15 0.20 0.1188 3.741 0.0386 2.84E−02 818.9

5 14.21 0.20 0.1346 4.239 0.0457 3.22E−02 928.1

6 15.14 0.20 0.1505 4.740 0.0527 3.60E−02 1037.7

7 16.13 0.20 0.1722 5.422 0.0623 4.12E−02 1187.0

8 17.12 0.20 0.2117 6.667 0.0799 5.07E−02 1459.6

9 18.11 0.20 0.2783 8.765 0.1094 6.66E−02 1918.9

10 19.74 0.20 0.3218 10.135 0.1288 7.71E−02 2218.9

11 20.55 0.20 0.3421 10.775 0.1378 8.19E−02 2359.0

12 22.56 0.20 0.3579 11.273 0.1448 8.57E−02 2468.0

13 24.98 0.20 0.4065 12.804 0.1664 9.73E−02 2803.1

14 10.59 0.60 0.1680 5.292 0.0605 4.02E−02 1158.5

15 11.58 0.60 0.1503 4.735 0.0526 3.60E−02 1036.6

16 12.57 0.60 0.1465 4.613 0.0509 3.51E−02 1009.8

17 13.56 0.60 0.1440 4.536 0.0498 3.45E−02 993.1

18 14.60 0.60 0.1496 4.711 0.0523 3.58E−02 1031.5

19 15.54 0.60 0.1657 5.217 0.0594 3.97E−02 1142.2

20 16.53 0.60 0.1894 5.964 0.0700 4.53E−02 1305.6

21 17.52 0.60 0.2331 7.340 0.0894 5.58E−02 1607.0

22 18.51 0.60 0.3043 9.584 0.1210 7.29E−02 2098.2

23 12.97 1.00 0.1654 5.208 0.0593 3.96E−02 1140.1

24 15.00 1.00 0.1836 5.782 0.0674 4.40E−02 1265.8

25 15.94 1.00 0.2007 6.320 0.0750 4.80E−02 1383.6

26 16.93 1.00 0.2245 7.071 0.0856 5.38E−02 1548.0

27 17.92 1.00 0.2623 8.260 0.1023 6.28E−02 1808.3

28 18.91 1.00 0.3885 12.236 0.1584 9.30E−02 2678.8

29 24.98 1.00 0.4160 13.100 0.1705 9.96E−02 2868.1

30 11.99 2.00 0.1705 5.371 0.0616 4.08E−02 1175.9

31 13.97 2.00 0.1477 4.652 0.0515 3.54E−02 1018.5

32 15.98 2.00 0.1604 5.051 0.0571 3.84E−02 1105.7

33 16.94 2.00 0.1705 5.368 0.0616 4.08E−02 1175.3
111

Table A10. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.1789 5.636 0.0653 4.28E−02 1233.8

35 18.42 2.00 0.2218 6.987 0.0844 5.31E−02 1529.5

36 18.92 2.00 0.3839 12.089 0.1563 9.19E−02 2646.7

37 19.41 2.00 0.7296 22.977 0.3097 1.75E−01 5030.4

38 19.91 2.00 0.8943 28.166 0.3829 2.14E−01 6166.4

39 20.26 2.00 0.8812 27.752 0.3770 2.11E−01 6075.7

40 21.11 2.00 0.3798 11.961 0.1545 9.09E−02 2618.6

41 21.96 2.00 0.8213 25.866 0.3505 1.97E−01 5662.9

42 22.74 2.00 0.7408 23.332 0.3147 1.77E−01 5108.1

43 23.52 2.00 0.4180 13.164 0.1714 1.00E−01 2882.1

44 24.98 2.00 0.6114 19.257 0.2573 1.46E−01 4215.8

45 17.94 3.00 0.1379 4.344 0.0471 3.30E−02 951.0

46 18.93 3.00 0.1832 5.768 0.0672 4.39E−02 1262.9

47 19.92 3.00 0.2819 8.877 0.1110 6.75E−02 1943.5

48 20.91 3.00 0.9259 29.159 0.3969 2.22E−01 6383.8

49 22.11 3.00 0.5750 18.110 0.2411 1.38E−01 3964.8

50 22.96 3.00 1.2885 40.581 0.5578 3.09E−01 8884.3

51 23.74 3.00 0.7087 22.319 0.3005 1.70E−01 4886.3

52 24.98 3.00 0.7784 24.516 0.3314 1.86E−01 5367.3

53 18.34 3.40 0.1294 4.075 0.0433 3.10E−02 892.1

54 19.32 3.40 0.1703 5.364 0.0615 4.08E−02 1174.2

55 19.82 3.40 0.1999 6.296 0.0746 4.79E−02 1378.4

56 20.32 3.40 0.2393 7.536 0.0921 5.73E−02 1649.8

57 20.81 3.40 0.5259 16.564 0.2193 1.26E−01 3626.2

58 21.31 3.40 0.7983 25.143 0.3403 1.91E−01 5504.5

59 21.66 3.40 0.8321 26.205 0.3552 1.99E−01 5737.0

60 22.94 3.40 0.5287 16.652 0.2206 1.27E−01 3645.6

61 23.75 3.40 0.8928 28.118 0.3822 2.14E−01 6155.8

62 24.14 3.40 0.6385 20.110 0.2693 1.53E−01 4402.7

63 22.29 3.60 0.6785 21.369 0.2871 1.62E−01 4678.2

64 22.71 3.60 0.5157 16.243 0.2148 1.23E−01 3556.1

65 23.14 3.60 0.6278 19.773 0.2646 1.50E−01 4328.9

66 23.95 3.60 0.9034 28.451 0.3869 2.16E−01 6228.7

67 24.34 3.60 0.9510 29.952 0.4080 2.28E−01 6557.4

68 13.79 3.80 0.1333 4.199 0.0451 3.19E−02 919.3

69 15.77 3.80 0.1099 3.460 0.0347 2.63E−02 757.5

70 17.75 3.80 0.1076 3.390 0.0337 2.58E−02 742.1

71 19.23 3.80 0.1358 4.278 0.0462 3.25E−02 936.6

72 19.73 3.80 0.1435 4.521 0.0496 3.44E−02 989.7

73 20.22 3.80 0.1572 4.952 0.0557 3.76E−02 1084.1

74 20.72 3.80 0.1645 5.180 0.0589 3.94E−02 1134.0

75 21.41 3.80 0.4175 13.149 0.1712 1.00E−01 2878.7

76 21.71 3.80 0.5409 17.035 0.2260 1.30E−01 3729.4

77 22.06 3.80 0.6701 21.104 0.2833 1.60E−01 4620.2

78 22.49 3.80 0.6839 21.541 0.2895 1.64E−01 4715.8

79 22.76 3.80 0.7345 23.131 0.3119 1.76E−01 5064.1

80 22.91 3.80 0.6583 20.733 0.2781 1.58E−01 4539.1

81 23.76 3.80 1.6437 51.769 0.7155 3.94E−01 11333.6

82 24.15 3.80 1.5339 48.309 0.6668 3.67E−01 10576.2

83 24.98 3.80 1.6977 53.467 0.7395 4.06E−01 11705.5

84 22.59 3.90 0.8621 27.153 0.3686 2.06E−01 5944.4

85 22.80 3.90 0.7368 23.206 0.3130 1.76E−01 5080.3

86 23.01 3.90 0.6235 19.637 0.2627 1.49E−01 4299.1

87 23.15 3.90 0.7028 22.134 0.2979 1.68E−01 4845.7

88 23.86 3.90 2.3956 75.447 1.0492 5.74E−01 16517.4

89 24.25 3.90 1.7384 54.751 0.7575 4.16E−01 11986.4

90 11.99 2.00 0.1734 5.462 0.0629 4.15E−02 1195.7

91 13.97 2.00 0.1601 5.043 0.0570 3.83E−02 1104.1
112

Table A10. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.1693 5.332 0.0611 4.05E−02 1167.4

93 17.93 2.00 0.1889 5.949 0.0698 4.52E−02 1302.4

94 19.91 2.00 0.8414 26.498 0.3594 2.01E−01 5801.2

95 1.00 −0.25 0.0718 2.262 0.0178 1.72E−02 495.3

96 1.00 0.41 0.0698 2.198 0.0169 1.67E−02 481.3

97 1.00 1.03 0.0703 2.215 0.0171 1.68E−02 484.9

98 1.00 1.65 0.0709 2.233 0.0174 1.70E−02 488.9

99 2.50 −0.25 0.0564 1.775 0.0109 1.35E−02 388.6

100 4.00 −0.25 0.0523 1.649 0.0091 1.25E−02 360.9

101 4.00 0.41 0.0525 1.654 0.0092 1.26E−02 362.0

102 4.00 1.65 0.0514 1.618 0.0087 1.23E−02 354.2

103 5.50 −0.25 0.0509 1.604 0.0085 1.22E−02 351.1

104 7.00 −0.25 0.0732 2.307 0.0184 1.75E−02 505.0

105 8.00 −2.15 0.0667 2.100 0.0155 1.60E−02 459.7

106 8.00 −1.75 0.0701 2.208 0.0170 1.68E−02 483.3

107 8.00 −1.36 0.0731 2.302 0.0183 1.75E−02 503.9

108 8.00 −0.91 0.0764 2.406 0.0198 1.83E−02 526.7

109 8.00 −0.25 0.0795 2.503 0.0212 1.90E−02 548.0

110 8.00 0.00 0.0786 2.475 0.0208 1.88E−02 541.9

111 8.00 0.13 0.0786 2.476 0.0208 1.88E−02 542.1

112 8.00 0.41 0.0785 2.473 0.0208 1.88E−02 541.4

113 8.00 0.86 0.0762 2.401 0.0197 1.83E−02 525.7

114 8.00 1.25 0.0731 2.303 0.0184 1.75E−02 504.2

115 8.00 1.65 0.0702 2.210 0.0170 1.68E−02 483.7

116 9.00 −0.25 0.0800 2.519 0.0214 1.92E−02 551.5

117 9.00 0.00 0.0803 2.528 0.0215 1.92E−02 553.4

118 9.00 0.13 0.0797 2.510 0.0213 1.91E−02 549.5

119 9.00 0.41 0.0786 2.477 0.0208 1.88E−02 542.2

120 9.00 0.76 0.0723 2.277 0.0180 1.73E−02 498.5

121 9.00 1.07 0.0634 1.998 0.0141 1.52E−02 437.3

122 10.00 −0.25 0.0856 2.695 0.0239 2.05E−02 590.0

123 10.00 0.00 0.0859 2.706 0.0240 2.06E−02 592.4

124 10.00 0.13 0.0862 2.716 0.0242 2.07E−02 594.7

125 10.00 0.41 0.0838 2.640 0.0231 2.01E−02 577.9

126 10.00 0.65 0.0826 2.602 0.0226 1.98E−02 569.7

127 10.00 0.83 0.0813 2.561 0.0220 1.95E−02 560.8

128 10.00 0.97 0.0821 2.585 0.0223 1.97E−02 566.0

129 10.00 1.09 0.0879 2.767 0.0249 2.10E−02 605.8

130 11.00 −0.25 0.0969 3.053 0.0289 2.32E−02 668.4

131 11.00 0.00 0.0946 2.979 0.0279 2.26E−02 652.1

132 11.00 0.13 0.0938 2.954 0.0275 2.25E−02 646.8

133 11.00 0.27 0.0929 2.924 0.0271 2.22E−02 640.2

134 11.00 0.55 0.0889 2.800 0.0254 2.13E−02 612.9

135 11.00 0.72 0.0898 2.829 0.0258 2.15E−02 619.3

136 11.00 0.86 0.0947 2.981 0.0279 2.27E−02 652.6

137 11.00 0.98 0.0992 3.124 0.0299 2.38E−02 684.0

138 12.00 −0.25 0.1009 3.179 0.0307 2.42E−02 696.0

139 12.00 0.00 0.1027 3.233 0.0315 2.46E−02 707.8

140 12.00 0.13 0.1019 3.211 0.0312 2.44E−02 702.9

141 12.00 0.27 0.1004 3.163 0.0305 2.40E−02 692.5

142 12.00 0.44 0.0987 3.108 0.0297 2.36E−02 680.5

143 12.00 0.62 0.1014 3.194 0.0309 2.43E−02 699.3

144 12.00 0.76 0.1065 3.355 0.0332 2.55E−02 734.5

145 12.00 0.88 0.1091 3.437 0.0343 2.61E−02 752.4

146 13.00 −0.25 0.1107 3.487 0.0351 2.65E−02 763.5

147 13.00 0.00 0.1139 3.587 0.0365 2.73E−02 785.3

148 13.00 0.13 0.1128 3.552 0.0360 2.70E−02 777.6

149 13.00 0.27 0.1103 3.472 0.0348 2.64E−02 760.2
113

Table A10. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.39 0.1116 3.515 0.0354 2.67E−02 769.5

151 13.00 0.51 0.1131 3.563 0.0361 2.71E−02 780.0

152 13.00 0.65 0.1173 3.694 0.0380 2.81E−02 808.7

153 13.00 0.77 0.1184 3.729 0.0385 2.84E−02 816.4

154 14.00 −0.25 0.1277 4.022 0.0426 3.06E−02 880.4

155 14.00 0.00 0.1311 4.129 0.0441 3.14E−02 904.0

156 14.00 0.13 0.1293 4.071 0.0433 3.09E−02 891.2

157 14.00 0.27 0.1266 3.987 0.0421 3.03E−02 873.0

158 14.00 0.41 0.1290 4.064 0.0432 3.09E−02 889.6

159 14.00 0.55 0.1340 4.220 0.0454 3.21E−02 923.9

160 14.00 0.67 0.1307 4.117 0.0439 3.13E−02 901.3

161 15.00 −0.25 0.1488 4.687 0.0520 3.56E−02 1026.2

162 15.00 0.00 0.1535 4.835 0.0540 3.68E−02 1058.5

163 15.00 0.13 0.1523 4.795 0.0535 3.65E−02 1049.8

164 15.00 0.44 0.1517 4.777 0.0532 3.63E−02 1045.8

165 15.00 0.56 0.1487 4.682 0.0519 3.56E−02 1025.0

166 16.00 −0.25 0.1773 5.584 0.0646 4.25E−02 1222.5

167 16.00 0.00 0.1822 5.737 0.0668 4.36E−02 1256.0

168 16.00 0.13 0.1819 5.729 0.0667 4.36E−02 1254.3

169 16.00 0.23 0.1803 5.680 0.0660 4.32E−02 1243.4

170 16.00 0.34 0.1784 5.617 0.0651 4.27E−02 1229.8

171 16.00 0.46 0.1713 5.396 0.0620 4.10E−02 1181.3

172 17.00 −0.25 0.2166 6.821 0.0820 5.19E−02 1493.3

173 17.00 0.00 0.2220 6.993 0.0845 5.32E−02 1531.0

174 17.00 0.13 0.2235 7.040 0.0851 5.35E−02 1541.4

175 17.00 0.23 0.2183 6.876 0.0828 5.23E−02 1505.4

176 17.00 0.35 0.2161 6.807 0.0818 5.18E−02 1490.3

177 18.00 −0.25 0.2885 9.087 0.1140 6.91E−02 1989.5

178 18.00 0.00 0.2916 9.185 0.1154 6.98E−02 2010.8

179 18.00 0.13 0.2923 9.205 0.1156 7.00E−02 2015.1

180 18.00 0.25 0.2933 9.237 0.1161 7.02E−02 2022.3

181 18.50 −0.25 0.3402 10.715 0.1369 8.15E−02 2345.9

182 18.50 0.00 0.3507 11.044 0.1416 8.40E−02 2417.9

183 18.50 0.13 0.3466 10.915 0.1397 8.30E−02 2389.6

184 18.60 0.17 0.3425 10.786 0.1379 8.20E−02 2361.4

185 18.50 0.22 0.3469 10.926 0.1399 8.31E−02 2392.0

186 19.20 −0.25 0.3392 10.684 0.1365 8.12E−02 2339.0

187 19.20 0.00 0.3288 10.355 0.1319 7.87E−02 2267.1

188 19.20 0.13 0.3340 10.519 0.1342 8.00E−02 2302.9

189 19.30 0.17 0.3330 10.489 0.1337 7.97E−02 2296.3

190 19.20 0.22 0.3420 10.770 0.1377 8.19E−02 2357.8

191 20.00 −0.25 0.3361 10.585 0.1351 8.05E−02 2317.5

192 20.00 0.00 0.3275 10.313 0.1313 7.84E−02 2257.8

193 20.00 0.13 0.3313 10.435 0.1330 7.93E−02 2284.6

194 20.10 0.17 0.3373 10.622 0.1356 8.08E−02 2325.4

195 20.00 0.22 0.3382 10.650 0.1360 8.10E−02 2331.6

196 20.80 −0.25 0.3646 11.484 0.1478 8.73E−02 2514.2

197 20.80 0.00 0.3648 11.490 0.1478 8.74E−02 2515.5

198 20.80 0.13 0.3643 11.473 0.1476 8.72E−02 2511.7

199 20.90 0.17 0.3692 11.627 0.1498 8.84E−02 2545.5

200 20.80 0.22 0.3689 11.617 0.1496 8.83E−02 2543.3

201 21.60 −0.25 0.3662 11.534 0.1485 8.77E−02 2525.2

202 21.60 0.00 0.3584 11.286 0.1450 8.58E−02 2470.8

203 21.60 0.13 0.3623 11.412 0.1467 8.68E−02 2498.3

204 21.70 0.17 0.3622 11.408 0.1467 8.67E−02 2497.6

205 21.60 0.22 0.3679 11.588 0.1492 8.81E−02 2537.0

206 22.40 −0.25 0.3549 11.176 0.1434 8.50E−02 2446.8

207 22.40 0.00 0.3512 11.062 0.1418 8.41E−02 2421.9
114

Table A10. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.13 0.3523 11.095 0.1423 8.43E−02 2429.0

209 22.50 0.17 0.3544 11.160 0.1432 8.48E−02 2443.3

210 22.40 0.22 0.3571 11.247 0.1444 8.55E−02 2462.4

211 23.20 −0.25 0.3680 11.591 0.1493 8.81E−02 2537.5

212 23.20 0.00 0.3629 11.428 0.1470 8.69E−02 2501.9

213 23.20 0.13 0.3647 11.484 0.1478 8.73E−02 2514.3

214 23.30 0.17 0.3745 11.793 0.1521 8.97E−02 2581.9

215 23.20 0.22 0.3708 11.677 0.1505 8.88E−02 2556.4

216 24.00 −0.25 0.4133 13.015 0.1693 9.89E−02 2849.4

217 24.00 0.00 0.4088 12.875 0.1674 9.79E−02 2818.6

218 24.00 0.13 0.4107 12.934 0.1682 9.83E−02 2831.7

219 24.10 0.17 0.4162 13.109 0.1707 9.97E−02 2869.9

220 24.00 0.22 0.4164 13.115 0.1707 9.97E−02 2871.1

221 25.00 −0.25 0.3893 12.261 0.1587 9.32E−02 2684.3

222 25.00 0.00 0.4158 13.095 0.1705 9.96E−02 2866.8

223 25.00 0.13 0.4105 12.929 0.1681 9.83E−02 2830.6

224 25.10 0.17 0.3700 11.653 0.1501 8.86E−02 2551.3

225 25.00 0.22 0.3954 12.453 0.1614 9.47E−02 2726.3

226 9.00 999.00 0.2847 8.965 0.1123 6.82E−02 1962.7

227 0.00 −2.50 4.1822 131.715 1.8423 1.00E+00 28836.1

228 0.00 −0.54 4.2332 133.322 1.8649 1.01E+00 29187.9

229 0.00 2.00 4.1302 130.079 1.8192 9.89E−01 28477.9

230 22.96 0.00 1.4033 44.195 0.6088 3.36E−01 9675.6

231 23.16 0.00 1.7049 53.695 0.7427 4.08E−01 11755.3

232 23.36 0.00 1.8015 56.736 0.7855 4.31E−01 12421.1

233 23.76 0.00 1.4551 45.828 0.6318 3.48E−01 10032.9

234 24.16 0.00 1.8838 59.328 0.8221 4.51E−01 12988.6

235 24.89 0.00 1.9927 62.760 0.8704 4.77E−01 13739.9

236 25.09 0.00 1.7897 56.367 0.7803 4.29E−01 12340.2

237 25.29 0.00 1.6722 52.665 0.7282 4.00E−01 11529.9

238 25.49 0.00 1.6841 53.038 0.7334 4.03E−01 11611.5

239 26.26 0.00 0.6007 18.918 0.2525 1.44E−01 4141.7

240 26.76 0.00 0.5701 17.955 0.2390 1.37E−01 3930.9

241 27.26 0.00 0.5698 17.944 0.2388 1.36E−01 3928.5

242 27.51 0.00 0.5344 16.829 0.2231 1.28E−01 3684.3

243 27.76 0.00 0.4965 15.636 0.2063 1.19E−01 3423.1

244 0.58 999.00 0.0278 0.877 −0.0017 6.67E−03 191.9

245 0.86 999.00 0.0284 0.893 −0.0015 6.79E−03 195.5

246 1.15 999.00 0.0283 0.893 −0.0015 6.79E−03 195.4

247 1.43 999.00 0.0283 0.892 −0.0015 6.78E−03 195.3

248 1.72 999.00 0.0272 0.857 −0.0020 6.51E−03 187.6

249 2.00 999.00 0.0280 0.882 −0.0017 6.71E−03 193.2

250 2.29 999.00 0.0279 0.877 −0.0017 6.67E−03 192.1

251 2.57 999.00 0.0274 0.864 −0.0019 6.57E−03 189.2

252 2.86 999.00 0.0291 0.916 −0.0012 6.97E−03 200.6

253 3.14 999.00 0.0288 0.905 −0.0013 6.88E−03 198.2

254 3.43 999.00 0.0278 0.875 −0.0018 6.66E−03 191.7

255 999.00 999.00 0.0222 0.699 −0.0042 5.32E−03 153.1

256 999.00 999.00 0.0237 0.745 −0.0036 5.67E−03 163.2
115

Table A11. Flow Conditions and Pressure Distribution for Run 47

[CR = 9; Re = 0.55 × 106 per foot; 0 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 352.41 (.24298E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1843.76 ( 1024.31)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0159 ( 8.20)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 462.83 (.10758E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.67

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . 0.0100 ( 68.98)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . 97.81 ( 54.34)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.85815E-05 ( .44227E-02)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . 0.23327E+02 (.54223E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 485.19 ( 147.89)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 4689.63 ( 1429.40)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . 0.54731E+06 (.17956E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . 0.655 ( 4518.23)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . 0.73531E-07 ( .35207E-05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 1.215 ( 8372.67)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1845.81 ( 1025.45)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.55228E-04 ( .28463E-01)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0417 4.411 0.0512 3.57E−02 287.8

2 11.18 0.20 0.0486 5.140 0.0622 4.16E−02 335.4

3 12.17 0.20 0.0534 5.639 0.0697 4.57E−02 367.9

4 13.15 0.20 0.0604 6.384 0.0808 5.17E−02 416.5

5 14.21 0.20 0.0679 7.181 0.0928 5.81E−02 468.5

6 15.14 0.20 0.0807 8.526 0.1130 6.90E−02 556.3

7 16.13 0.20 0.0978 10.335 0.1401 8.37E−02 674.2

8 17.12 0.20 0.1252 13.232 0.1836 1.07E−01 863.2

9 18.11 0.20 0.1735 18.333 0.2602 1.48E−01 1196.0

10 19.74 0.20 0.2781 29.386 0.4262 2.38E−01 1917.2

11 20.55 0.20 0.3034 32.067 0.4664 2.60E−01 2092.1

12 22.56 0.20 0.3339 35.289 0.5148 2.86E−01 2302.3

13 24.98 0.20 0.2339 24.717 0.3561 2.00E−01 1612.5

14 10.59 0.60 0.0503 5.320 0.0649 4.31E−02 347.1

15 11.58 0.60 0.0509 5.376 0.0657 4.35E−02 350.7

16 12.57 0.60 0.0533 5.638 0.0696 4.56E−02 367.8

17 13.56 0.60 0.0611 6.458 0.0819 5.23E−02 421.3

18 14.60 0.60 0.0724 7.655 0.0999 6.20E−02 499.4

19 15.54 0.60 0.0912 9.637 0.1297 7.80E−02 628.7

20 16.53 0.60 0.1090 11.520 0.1579 9.33E−02 751.6

21 17.52 0.60 0.1393 14.724 0.2060 1.19E−01 960.6

22 18.51 0.60 0.2007 21.209 0.3034 1.72E−01 1383.7

23 12.97 1.00 0.0675 7.131 0.0920 5.77E−02 465.2

24 15.00 1.00 0.0781 8.252 0.1089 6.68E−02 538.4

25 15.94 1.00 0.0967 10.220 0.1384 8.28E−02 666.8

26 16.93 1.00 0.1221 12.903 0.1787 1.04E−01 841.8

27 17.92 1.00 0.1645 17.391 0.2461 1.41E−01 1134.6

28 18.91 1.00 0.2347 24.805 0.3574 2.01E−01 1618.3

29 24.98 1.00 0.2896 30.608 0.4445 2.48E−01 1996.9

30 11.99 2.00 0.0629 6.643 0.0847 5.38E−02 433.4

31 13.97 2.00 0.0612 6.463 0.0820 5.23E−02 421.7

32 15.98 2.00 0.0701 7.412 0.0963 6.00E−02 483.6

33 16.94 2.00 0.0900 9.513 0.1278 7.70E−02 620.6
116

Table A11. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.2050 21.668 0.3103 1.75E−01 1413.6

35 18.42 2.00 0.2299 24.294 0.3497 1.97E−01 1584.9

36 18.92 2.00 0.2509 26.514 0.3831 2.15E−01 1729.8

37 19.41 2.00 0.2906 30.709 0.4460 2.49E−01 2003.4

38 19.91 2.00 0.3872 40.921 0.5993 3.31E−01 2669.7

39 20.26 2.00 0.5237 55.349 0.8159 4.48E−01 3611.0

40 21.11 2.00 0.4130 43.652 0.6403 3.53E−01 2847.9

41 21.96 2.00 0.3122 32.991 0.4803 2.67E−01 2152.3

42 22.74 2.00 0.3016 31.879 0.4636 2.58E−01 2079.8

43 23.52 2.00 0.3149 33.278 0.4846 2.69E−01 2171.0

44 24.98 2.00 0.3228 34.120 0.4972 2.76E−01 2226.0

45 17.94 3.00 0.0660 6.979 0.0898 5.65E−02 455.3

46 18.93 3.00 0.2265 23.937 0.3444 1.94E−01 1561.7

47 19.92 3.00 0.3077 32.522 0.4732 2.63E−01 2121.7

48 20.91 3.00 0.4370 46.183 0.6783 3.74E−01 3013.0

49 22.11 3.00 0.8886 93.911 1.3949 7.60E−01 6126.8

50 22.96 3.00 0.6590 69.650 1.0306 5.64E−01 4544.0

51 23.74 3.00 0.5231 55.281 0.8149 4.48E−01 3606.6

52 24.98 3.00 0.5552 58.680 0.8660 4.75E−01 3828.3

53 18.34 3.40 0.0643 6.791 0.0869 5.50E−02 443.0

54 19.32 3.40 0.1642 17.356 0.2456 1.41E−01 1132.3

55 19.82 3.40 0.2673 28.249 0.4091 2.29E−01 1843.0

56 20.32 3.40 0.3001 31.715 0.4611 2.57E−01 2069.1

57 20.81 3.40 0.3668 38.768 0.5670 3.14E−01 2529.2

58 21.31 3.40 0.4064 42.948 0.6298 3.48E−01 2801.9

59 21.66 3.40 0.7945 83.969 1.2456 6.80E−01 5478.2

60 22.94 3.40 0.6660 70.387 1.0417 5.70E−01 4592.1

61 23.75 3.40 0.8203 86.695 1.2865 7.02E−01 5656.0

62 24.14 3.40 0.8691 91.855 1.3640 7.44E−01 5992.7

63 22.29 3.60 0.7047 74.477 1.1031 6.03E−01 4858.9

64 22.71 3.60 0.8114 85.749 1.2723 6.94E−01 5594.3

65 23.14 3.60 0.8582 90.699 1.3467 7.34E−01 5917.2

66 23.95 3.60 1.1600 122.595 1.8255 9.93E−01 7998.1

67 24.34 3.60 1.4390 152.081 2.2682 1.23E+00 9921.8

68 13.79 3.80 0.0475 5.021 0.0604 4.07E−02 327.6

69 15.77 3.80 0.0421 4.444 0.0517 3.60E−02 290.0

70 17.75 3.80 0.0478 5.047 0.0608 4.09E−02 329.3

71 19.23 3.80 0.0675 7.129 0.0920 5.77E−02 465.1

72 19.73 3.80 0.1110 11.729 0.1611 9.50E−02 765.2

73 20.22 3.80 0.1665 17.598 0.2492 1.42E−01 1148.1

74 20.72 3.80 0.2656 28.071 0.4064 2.27E−01 1831.4

75 21.41 3.80 0.3604 38.091 0.5569 3.08E−01 2485.1

76 21.71 3.80 0.3625 38.310 0.5601 3.10E−01 2499.4

77 22.06 3.80 0.7891 83.394 1.2370 6.75E−01 5440.7

78 22.49 3.80 0.8335 88.087 1.3074 7.13E−01 5746.8

79 22.76 3.80 1.0300 108.855 1.6192 8.81E−01 7101.7

80 22.91 3.80 1.1858 125.327 1.8665 1.01E+00 8176.4

81 23.76 3.80 1.8704 197.677 2.9527 1.60E+00 12896.5

82 24.15 3.80 1.9767 208.911 3.1214 1.69E+00 13629.4

83 24.98 3.80 1.7929 189.489 2.8298 1.53E+00 12362.3

84 22.59 3.90 0.9039 95.532 1.4192 7.74E−01 6232.5

85 22.80 3.90 1.1608 122.681 1.8268 9.93E−01 8003.8

86 23.01 3.90 1.5304 161.746 2.4133 1.31E+00 10552.4

87 23.15 3.90 2.0429 215.903 3.2264 1.75E+00 14085.6

88 23.86 3.90 1.9903 210.351 3.1430 1.70E+00 13723.4

89 24.25 3.90 2.0259 214.104 3.1994 1.73E+00 13968.2

90 11.99 2.00 0.0624 6.593 0.0840 5.34E−02 430.1

91 13.97 2.00 0.0612 6.463 0.0820 5.23E−02 421.7
117

Table A11. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.0686 7.245 0.0938 5.87E−02 472.7

93 17.93 2.00 0.2149 22.712 0.3260 1.84E−01 1481.7

94 19.91 2.00 0.4154 43.905 0.6441 3.56E−01 2864.4

95 1.00 −0.38 0.0306 3.234 0.0335 2.62E−02 211.0

96 1.00 0.29 0.0296 3.125 0.0319 2.53E−02 203.9

97 1.00 0.91 0.0299 3.160 0.0324 2.56E−02 206.2

98 1.00 1.53 0.0298 3.144 0.0322 2.55E−02 205.1

99 2.50 −0.38 0.0247 2.611 0.0242 2.11E−02 170.3

100 4.00 −0.38 0.0243 2.568 0.0235 2.08E−02 167.6

101 4.00 0.29 0.0235 2.489 0.0224 2.02E−02 162.4

102 4.00 1.53 0.0232 2.450 0.0218 1.98E−02 159.8

103 5.50 −0.38 0.0334 3.532 0.0380 2.86E−02 230.4

104 7.00 −0.38 0.0350 3.698 0.0405 2.99E−02 241.2

105 8.00 −2.28 0.0296 3.126 0.0319 2.53E−02 203.9

106 8.00 −1.88 0.0293 3.101 0.0315 2.51E−02 202.3

107 8.00 −1.49 0.0301 3.181 0.0327 2.58E−02 207.5

108 8.00 −1.04 0.0303 3.198 0.0330 2.59E−02 208.7

109 8.00 −0.38 0.0313 3.313 0.0347 2.68E−02 216.1

110 8.00 −0.13 0.0317 3.354 0.0353 2.72E−02 218.8

111 8.00 0.01 0.0326 3.449 0.0368 2.79E−02 225.0

112 8.00 0.29 0.0320 3.383 0.0358 2.74E−02 220.7

113 8.00 0.74 0.0306 3.237 0.0336 2.62E−02 211.2

114 8.00 1.13 0.0300 3.166 0.0325 2.56E−02 206.5

115 8.00 1.53 0.0293 3.097 0.0315 2.51E−02 202.1

116 9.00 −0.38 0.0346 3.653 0.0398 2.96E−02 238.3

117 9.00 −0.13 0.0363 3.835 0.0426 3.11E−02 250.2

118 9.00 0.01 0.0354 3.745 0.0412 3.03E−02 244.4

119 9.00 0.29 0.0348 3.683 0.0403 2.98E−02 240.3

120 9.00 0.64 0.0320 3.380 0.0357 2.74E−02 220.5

121 9.00 0.95 0.0262 2.768 0.0265 2.24E−02 180.6

122 10.00 −0.38 0.0390 4.121 0.0469 3.34E−02 268.9

123 10.00 −0.13 0.0404 4.272 0.0491 3.46E−02 278.7

124 10.00 0.01 0.0416 4.392 0.0509 3.56E−02 286.5

125 10.00 0.29 0.0398 4.206 0.0481 3.41E−02 274.4

126 10.00 0.53 0.0367 3.882 0.0433 3.14E−02 253.3

127 10.00 0.71 0.0363 3.834 0.0425 3.10E−02 250.1

128 10.00 0.85 0.0368 3.884 0.0433 3.15E−02 253.4

129 10.00 0.97 0.0375 3.968 0.0446 3.21E−02 258.9

130 11.00 −0.38 0.0374 3.953 0.0443 3.20E−02 257.9

131 11.00 −0.13 0.0461 4.876 0.0582 3.95E−02 318.1

132 11.00 0.01 0.0461 4.871 0.0581 3.94E−02 317.8

133 11.00 0.15 0.0454 4.799 0.0570 3.89E−02 313.1

134 11.00 0.43 0.0404 4.265 0.0490 3.45E−02 278.2

135 11.00 0.60 0.0426 4.507 0.0527 3.65E−02 294.1

136 11.00 0.74 0.0480 5.075 0.0612 4.11E−02 331.1

137 11.00 0.86 0.0454 4.799 0.0570 3.89E−02 313.1

138 12.00 −0.38 0.0510 5.386 0.0658 4.36E−02 351.4

139 12.00 −0.13 0.0504 5.332 0.0650 4.32E−02 347.8

140 12.00 0.01 0.0506 5.348 0.0653 4.33E−02 348.9

141 12.00 0.15 0.0504 5.326 0.0650 4.31E−02 347.5

142 12.00 0.32 0.0474 5.013 0.0602 4.06E−02 327.0

143 12.00 0.50 0.0507 5.358 0.0654 4.34E−02 349.5

144 12.00 0.64 0.0513 5.425 0.0664 4.39E−02 353.9

145 12.00 0.76 0.0517 5.462 0.0670 4.42E−02 356.4

146 13.00 −0.38 0.0579 6.114 0.0768 4.95E−02 398.9

147 13.00 −0.13 0.0570 6.029 0.0755 4.88E−02 393.3

148 13.00 0.01 0.0569 6.014 0.0753 4.87E−02 392.3

149 13.00 0.15 0.0572 6.042 0.0757 4.89E−02 394.2
118

Table A11. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.27 0.0583 6.160 0.0775 4.99E−02 401.9

151 13.00 0.39 0.0583 6.163 0.0775 4.99E−02 402.1

152 13.00 0.53 0.0557 5.886 0.0734 4.77E−02 384.0

153 13.00 0.65 0.0579 6.116 0.0768 4.95E−02 399.0

154 14.00 −0.38 0.0674 7.119 0.0919 5.76E−02 464.4

155 14.00 −0.13 0.0654 6.916 0.0888 5.60E−02 451.2

156 14.00 0.01 0.0660 6.980 0.0898 5.65E−02 455.4

157 14.00 0.15 0.0656 6.930 0.0890 5.61E−02 452.1

158 14.00 0.29 0.0676 7.141 0.0922 5.78E−02 465.9

159 14.00 0.43 0.0665 7.032 0.0906 5.69E−02 458.8

160 14.00 0.55 0.0647 6.836 0.0876 5.54E−02 446.0

161 15.00 −0.38 0.0813 8.595 0.1140 6.96E−02 560.7

162 15.00 −0.13 0.0796 8.408 0.1112 6.81E−02 548.5

163 15.00 0.01 0.0776 8.197 0.1080 6.64E−02 534.8

164 15.00 0.32 0.0802 8.478 0.1123 6.86E−02 553.1

165 15.00 0.44 0.0805 8.507 0.1127 6.89E−02 555.0

166 16.00 −0.38 0.0986 10.424 0.1415 8.44E−02 680.0

167 16.00 −0.13 0.0958 10.126 0.1370 8.20E−02 660.6

168 16.00 0.01 0.0946 10.000 0.1351 8.10E−02 652.4

169 16.00 0.11 0.0939 9.929 0.1341 8.04E−02 647.8

170 16.00 0.22 0.0957 10.115 0.1368 8.19E−02 659.9

171 16.00 0.34 0.0976 10.314 0.1398 8.35E−02 672.9

172 17.00 −0.38 0.1244 13.150 0.1824 1.06E−01 857.9

173 17.00 −0.13 0.1212 12.806 0.1772 1.04E−01 835.4

174 17.00 0.01 0.1219 12.887 0.1785 1.04E−01 840.7

175 17.00 0.11 0.1191 12.588 0.1740 1.02E−01 821.3

176 17.00 0.23 0.1262 13.337 0.1852 1.08E−01 870.1

177 18.00 −0.38 0.1762 18.626 0.2646 1.51E−01 1215.1

178 18.00 −0.13 0.1729 18.269 0.2593 1.48E−01 1191.9

179 18.00 0.01 0.1714 18.117 0.2570 1.47E−01 1181.9

180 18.00 0.13 0.1728 18.260 0.2591 1.48E−01 1191.3

181 18.50 −0.38 0.2097 22.165 0.3177 1.79E−01 1446.0

182 18.50 −0.13 0.2087 22.059 0.3162 1.79E−01 1439.2

183 18.50 0.01 0.2110 22.294 0.3197 1.81E−01 1454.5

184 18.60 0.05 0.2212 23.373 0.3359 1.89E−01 1524.9

185 18.50 0.10 0.2134 22.557 0.3236 1.83E−01 1471.6

186 19.20 −0.38 0.2592 27.396 0.3963 2.22E−01 1787.3

187 19.20 −0.13 0.2622 27.707 0.4010 2.24E−01 1807.6

188 19.20 0.01 0.2618 27.668 0.4004 2.24E−01 1805.1

189 19.30 0.05 0.2665 28.161 0.4078 2.28E−01 1837.3

190 19.20 0.10 0.2632 27.815 0.4026 2.25E−01 1814.7

191 20.00 −0.38 0.2898 30.627 0.4448 2.48E−01 1998.1

192 20.00 −0.13 0.2914 30.798 0.4474 2.49E−01 2009.3

193 20.00 0.01 0.2943 31.104 0.4520 2.52E−01 2029.2

194 20.10 0.05 0.2973 31.415 0.4566 2.54E−01 2049.6

195 20.00 0.10 0.2931 30.972 0.4500 2.51E−01 2020.6

196 20.80 −0.38 0.3147 33.264 0.4844 2.69E−01 2170.2

197 20.80 −0.13 0.3146 33.245 0.4841 2.69E−01 2168.9

198 20.80 0.01 0.3139 33.172 0.4830 2.69E−01 2164.2

199 20.90 0.05 0.3167 33.467 0.4874 2.71E−01 2183.4

200 20.80 0.10 0.3147 33.256 0.4843 2.69E−01 2169.6

201 21.60 −0.38 0.3281 34.672 0.5055 2.81E−01 2262.0

202 21.60 −0.13 0.3292 34.790 0.5073 2.82E−01 2269.7

203 21.60 0.01 0.3288 34.746 0.5066 2.81E−01 2266.8

204 21.70 0.05 0.3319 35.075 0.5116 2.84E−01 2288.3

205 21.60 0.10 0.3331 35.200 0.5134 2.85E−01 2296.5

206 22.40 −0.38 0.3383 35.754 0.5218 2.90E−01 2332.6

207 22.40 −0.13 0.3414 36.077 0.5266 2.92E−01 2353.7
119

Table A11. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.01 0.3383 35.756 0.5218 2.90E−01 2332.7

209 22.50 0.05 0.3429 36.243 0.5291 2.93E−01 2364.5

210 22.40 0.10 0.3399 35.928 0.5244 2.91E−01 2343.9

211 23.20 −0.38 0.3392 35.854 0.5233 2.90E−01 2339.1

212 23.20 −0.13 0.3407 36.010 0.5256 2.92E−01 2349.3

213 23.20 0.01 0.3416 36.101 0.5270 2.92E−01 2355.3

214 23.30 0.05 0.3432 36.273 0.5296 2.94E−01 2366.4

215 23.20 0.10 0.3392 35.848 0.5232 2.90E−01 2338.8

216 24.00 −0.38 0.3243 34.278 0.4996 2.78E−01 2236.3

217 24.00 −0.13 0.3315 35.030 0.5109 2.84E−01 2285.4

218 24.00 0.01 0.3315 35.036 0.5110 2.84E−01 2285.7

219 24.10 0.05 0.3290 34.775 0.5071 2.82E−01 2268.7

220 24.00 0.10 0.3336 35.262 0.5144 2.86E−01 2300.5

221 25.00 −0.38 0.2364 24.981 0.3600 2.02E−01 1629.8

222 25.00 −0.13 0.2267 23.960 0.3447 1.94E−01 1563.2

223 25.00 0.01 0.2319 24.513 0.3530 1.98E−01 1599.2

224 25.10 0.05 0.1971 20.830 0.2977 1.69E−01 1358.9

225 25.00 0.10 0.2298 24.288 0.3496 1.97E−01 1584.6

226 9.00 999.00 0.0632 6.675 0.0852 5.41E−02 435.5

227 0.00 −2.63 1.1560 122.171 1.8192 9.89E−01 7970.5

228 0.00 −0.67 1.1665 123.284 1.8359 9.98E−01 8043.1

229 0.00 1.88 1.1375 120.220 1.7899 9.73E−01 7843.2

230 22.96 0.00 2.7476 290.386 4.3446 2.35E+00 18944.9

231 23.16 0.00 2.1974 232.238 3.4716 1.88E+00 15151.3

232 23.36 0.00 2.6162 276.491 4.1360 2.24E+00 18038.4

233 23.76 0.00 2.0741 219.201 3.2759 1.77E+00 14300.8

234 24.16 0.00 2.1207 224.129 3.3498 1.81E+00 14622.2

235 24.89 0.00 1.8088 191.168 2.8550 1.55E+00 12471.9

236 25.09 0.00 1.7452 184.439 2.7540 1.49E+00 12032.9

237 25.29 0.00 1.3416 141.791 2.1137 1.15E+00 9250.5

238 25.49 0.00 0.9452 99.892 1.4847 8.09E−01 6517.0

239 26.26 0.00 0.3147 33.260 0.4843 2.69E−01 2169.9

240 26.76 0.00 0.3405 35.989 0.5253 2.91E−01 2348.0

241 27.26 0.00 0.2319 24.505 0.3529 1.98E−01 1598.7

242 27.51 0.00 0.1946 20.569 0.2938 1.67E−01 1341.9

243 27.76 0.00 0.1694 17.903 0.2538 1.45E−01 1168.0

244 0.58 999.00 0.0228 2.410 0.0212 1.95E−02 157.2

245 0.86 999.00 0.0244 2.574 0.0236 2.08E−02 168.0

246 1.15 999.00 0.0233 2.467 0.0220 2.00E−02 160.9

247 1.43 999.00 0.0232 2.448 0.0217 1.98E−02 159.7

248 1.72 999.00 0.0218 2.307 0.0196 1.87E−02 150.5

249 2.00 999.00 0.0251 2.656 0.0249 2.15E−02 173.3

250 2.29 999.00 0.0228 2.414 0.0212 1.95E−02 157.5

251 2.57 999.00 0.0247 2.613 0.0242 2.12E−02 170.5

252 2.86 999.00 0.0228 2.408 0.0211 1.95E−02 157.1

253 3.14 999.00 0.0247 2.612 0.0242 2.11E−02 170.4

254 3.43 999.00 0.0232 2.455 0.0218 1.99E−02 160.1

255 999.00 999.00 0.0223 2.360 0.0204 1.91E−02 154.0

256 999.00 999.00 0.0221 2.333 0.0200 1.89E−02 152.2
120

Table A12. Flow Conditions and Pressure Distribution for Run 48

[CR = 9; Re = 1.14 × 106 per foot; 0 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 728.19 (.50207E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1827.35 ( 1015.19)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0329 ( 16.94)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 458.96 (.10668E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.79

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . 0.0191 ( 131.68)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . 94.75 ( 52.64)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.16911E−04 (.87155E−02)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . 0.22597E+02 (.52525E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 477.53 ( 145.55)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 4672.88 ( 1424.29)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . 0.11157E+07 (.36604E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . 1.282 ( 8840.21)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . 0.70829E−07 (.33913E−05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 2.377 ( 16395.18)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1831.69 ( 1017.61)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.10887E−03 (.56110E−01)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0634 3.579 0.0375 2.81E−02 436.9

2 11.18 0.20 0.0707 3.993 0.0436 3.14E−02 487.6

3 12.17 0.20 0.0771 4.353 0.0488 3.42E−02 531.4

4 13.15 0.20 0.0865 4.884 0.0566 3.84E−02 596.3

5 14.21 0.20 0.0989 5.586 0.0668 4.39E−02 682.0

6 15.14 0.20 0.1226 6.925 0.0863 5.44E−02 845.5

7 16.13 0.20 0.1597 9.021 0.1168 7.09E−02 1101.4

8 17.12 0.20 0.2467 13.930 0.1883 1.09E−01 1700.7

9 18.11 0.20 0.3458 19.529 0.2698 1.53E−01 2384.2

10 19.74 0.20 0.4967 28.050 0.3939 2.20E−01 3424.5

11 20.55 0.20 0.5512 31.131 0.4387 2.45E−01 3800.6

12 22.56 0.20 0.6274 35.433 0.5014 2.78E−01 4325.9

13 24.98 0.20 0.4755 26.852 0.3764 2.11E−01 3278.3

14 10.59 0.60 0.0964 5.444 0.0647 4.28E−02 664.7

15 11.58 0.60 0.0826 4.663 0.0533 3.66E−02 569.3

16 12.57 0.60 0.0862 4.871 0.0564 3.83E−02 594.6

17 13.56 0.60 0.0941 5.312 0.0628 4.17E−02 648.5

18 14.60 0.60 0.1073 6.062 0.0737 4.76E−02 740.1

19 15.54 0.60 0.1321 7.463 0.0941 5.86E−02 911.1

20 16.53 0.60 0.1878 10.608 0.1399 8.33E−02 1295.2

21 17.52 0.60 0.2714 15.326 0.2086 1.20E−01 1871.1

22 18.51 0.60 0.3891 21.977 0.3054 1.73E−01 2683.1

23 12.97 1.00 0.1142 6.450 0.0794 5.07E−02 787.5

24 15.00 1.00 0.1279 7.222 0.0906 5.67E−02 881.8

25 15.94 1.00 0.1474 8.325 0.1067 6.54E−02 1016.4

26 16.93 1.00 0.2073 11.706 0.1559 9.19E−02 1429.1

27 17.92 1.00 0.3141 17.741 0.2438 1.39E−01 2165.9

28 18.91 1.00 0.4895 27.644 0.3879 2.17E−01 3375.0

29 24.98 1.00 0.6044 34.136 0.4825 2.68E−01 4167.6

30 11.99 2.00 0.1073 6.059 0.0737 4.76E−02 739.8

31 13.97 2.00 0.0985 5.565 0.0665 4.37E−02 679.4

32 15.98 2.00 0.1090 6.154 0.0750 4.83E−02 751.4

33 16.94 2.00 0.1159 6.543 0.0807 5.14E−02 798.9
121

Table A12. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.3520 19.879 0.2749 1.56E−01 2426.9

35 18.42 2.00 0.4849 27.384 0.3842 2.15E−01 3343.2

36 18.92 2.00 0.4623 26.110 0.3656 2.05E−01 3187.7

37 19.41 2.00 0.5068 28.622 0.4022 2.25E−01 3494.4

38 19.91 2.00 0.5996 33.861 0.4785 2.66E−01 4133.9

39 20.26 2.00 1.0258 57.933 0.8290 4.55E−01 7072.8

40 21.11 2.00 1.3814 78.016 1.1214 6.13E−01 9524.8

41 21.96 2.00 0.7433 41.979 0.5967 3.30E−01 5125.1

42 22.74 2.00 0.5742 32.431 0.4576 2.55E−01 3959.4

43 23.52 2.00 0.5991 33.835 0.4781 2.66E−01 4130.8

44 24.98 2.00 0.6603 37.293 0.5284 2.93E−01 4553.0

45 17.94 3.00 0.1126 6.362 0.0781 5.00E−02 776.7

46 18.93 3.00 0.2014 11.372 0.1510 8.93E−02 1388.4

47 19.92 3.00 0.5413 30.568 0.4305 2.40E−01 3732.0

48 20.91 3.00 0.7934 44.810 0.6379 3.52E−01 5470.7

49 22.11 3.00 1.6001 90.365 1.3012 7.10E−01 11032.4

50 22.96 3.00 1.2204 68.922 0.9890 5.41E−01 8414.5

51 23.74 3.00 1.1806 66.673 0.9562 5.24E−01 8139.9

52 24.98 3.00 0.8781 49.593 0.7075 3.90E−01 6054.7

53 18.34 3.40 0.1079 6.095 0.0742 4.79E−02 744.1

54 19.32 3.40 0.1812 10.232 0.1344 8.04E−02 1249.2

55 19.82 3.40 0.3319 18.745 0.2584 1.47E−01 2288.5

56 20.32 3.40 0.4891 27.622 0.3876 2.17E−01 3372.3

57 20.81 3.40 0.6493 36.671 0.5194 2.88E−01 4477.1

58 21.31 3.40 0.6973 39.381 0.5588 3.09E−01 4807.9

59 21.66 3.40 0.8488 47.939 0.6835 3.77E−01 5852.7

60 22.94 3.40 1.2415 70.116 1.0064 5.51E−01 8560.3

61 23.75 3.40 1.2339 69.687 1.0001 5.47E−01 8507.9

62 24.14 3.40 1.2594 71.125 1.0210 5.59E−01 8683.4

63 22.29 3.60 1.3506 76.277 1.0961 5.99E−01 9312.5

64 22.71 3.60 1.3987 78.992 1.1356 6.20E−01 9643.9

65 23.14 3.60 1.2098 68.324 0.9803 5.37E−01 8341.5

66 23.95 3.60 1.8866 106.547 1.5368 8.37E−01 13008.0

67 24.34 3.60 2.6410 149.151 2.1571 1.17E+00 18209.4

68 13.79 3.80 0.0847 4.781 0.0551 3.76E−02 583.7

69 15.77 3.80 0.0727 4.107 0.0452 3.23E−02 501.5

70 17.75 3.80 0.0819 4.626 0.0528 3.63E−02 564.8

71 19.23 3.80 0.1010 5.704 0.0685 4.48E−02 696.4

72 19.73 3.80 0.1394 7.875 0.1001 6.19E−02 961.4

73 20.22 3.80 0.2272 12.833 0.1723 1.01E−01 1566.7

74 20.72 3.80 0.3298 18.624 0.2566 1.46E−01 2273.8

75 21.41 3.80 0.5614 31.704 0.4471 2.49E−01 3870.6

76 21.71 3.80 0.6352 35.875 0.5078 2.82E−01 4379.9

77 22.06 3.80 0.7567 42.736 0.6077 3.36E−01 5217.5

78 22.49 3.80 1.3447 75.945 1.0912 5.97E−01 9271.8

79 22.76 3.80 1.0243 57.847 0.8277 4.54E−01 7062.4

80 22.91 3.80 1.3934 78.696 1.1313 6.18E−01 9607.7

81 23.76 3.80 2.8197 159.243 2.3041 1.25E+00 19441.5

82 24.15 3.80 3.6722 207.394 3.0052 1.63E+00 25320.1

83 24.98 3.80 3.2588 184.045 2.6652 1.45E+00 22469.4

84 22.59 3.90 1.2771 72.124 1.0356 5.67E−01 8805.4

85 22.80 3.90 1.3610 76.864 1.1046 6.04E−01 9384.0

86 23.01 3.90 2.3390 132.095 1.9088 1.04E+00 16127.1

87 23.15 3.90 3.6276 204.874 2.9685 1.61E+00 25012.4

88 23.86 3.90 3.7983 214.512 3.1088 1.68E+00 26189.1

89 24.25 3.90 3.6216 204.532 2.9635 1.61E+00 24970.7

90 11.99 2.00 0.1077 6.081 0.0740 4.78E−02 742.5

91 13.97 2.00 0.1025 5.788 0.0697 4.55E−02 706.7
122

Table A12. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.1102 6.222 0.0760 4.89E−02 759.6

93 17.93 2.00 0.3466 19.577 0.2705 1.54E−01 2390.1

94 19.91 2.00 0.6509 36.762 0.5207 2.89E−01 4488.1

95 1.00 −0.38 0.0483 2.728 0.0252 2.14E−02 333.1

96 1.00 0.29 0.0471 2.658 0.0241 2.09E−02 324.5

97 1.00 0.91 0.0470 2.654 0.0241 2.09E−02 324.1

98 1.00 1.53 0.0473 2.672 0.0243 2.10E−02 326.2

99 2.50 −0.38 0.0399 2.253 0.0182 1.77E−02 275.1

100 4.00 −0.38 0.0377 2.131 0.0165 1.67E−02 260.2

101 4.00 0.29 0.0374 2.114 0.0162 1.66E−02 258.1

102 4.00 1.53 0.0372 2.098 0.0160 1.65E−02 256.2

103 5.50 −0.38 0.0472 2.666 0.0243 2.09E−02 325.4

104 7.00 −0.38 0.0559 3.155 0.0314 2.48E−02 385.2

105 8.00 −2.28 0.0460 2.598 0.0233 2.04E−02 317.2

106 8.00 −1.88 0.0470 2.653 0.0241 2.08E−02 323.9

107 8.00 −1.49 0.0479 2.707 0.0249 2.13E−02 330.5

108 8.00 −1.04 0.0496 2.800 0.0262 2.20E−02 341.8

109 8.00 −0.38 0.0521 2.944 0.0283 2.31E−02 359.4

110 8.00 −0.13 0.0523 2.956 0.0285 2.32E−02 360.9

111 8.00 0.01 0.0529 2.985 0.0289 2.35E−02 364.5

112 8.00 0.29 0.0525 2.967 0.0286 2.33E−02 362.2

113 8.00 0.74 0.0504 2.846 0.0269 2.24E−02 347.5

114 8.00 1.13 0.0486 2.746 0.0254 2.16E−02 335.2

115 8.00 1.53 0.0472 2.665 0.0242 2.09E−02 325.4

116 9.00 −0.38 0.0552 3.118 0.0308 2.45E−02 380.6

117 9.00 −0.13 0.0559 3.158 0.0314 2.48E−02 385.6

118 9.00 0.01 0.0559 3.155 0.0314 2.48E−02 385.2

119 9.00 0.29 0.0552 3.120 0.0309 2.45E−02 380.9

120 9.00 0.64 0.0542 3.063 0.0300 2.41E−02 374.0

121 9.00 0.95 0.0456 2.575 0.0229 2.02E−02 314.3

122 10.00 −0.38 0.0652 3.681 0.0390 2.89E−02 449.4

123 10.00 −0.13 0.0665 3.753 0.0401 2.95E−02 458.2

124 10.00 0.01 0.0674 3.804 0.0408 2.99E−02 464.5

125 10.00 0.29 0.0654 3.691 0.0392 2.90E−02 450.6

126 10.00 0.53 0.0629 3.555 0.0372 2.79E−02 434.0

127 10.00 0.71 0.0619 3.499 0.0364 2.75E−02 427.1

128 10.00 0.85 0.0623 3.519 0.0367 2.76E−02 429.6

129 10.00 0.97 0.0644 3.639 0.0384 2.86E−02 444.3

130 11.00 −0.38 0.0748 4.225 0.0470 3.32E−02 515.9

131 11.00 −0.13 0.0727 4.108 0.0453 3.23E−02 501.6

132 11.00 0.01 0.0732 4.134 0.0456 3.25E−02 504.7

133 11.00 0.15 0.0727 4.106 0.0452 3.23E−02 501.3

134 11.00 0.43 0.0673 3.800 0.0408 2.99E−02 464.0

135 11.00 0.60 0.0696 3.931 0.0427 3.09E−02 479.9

136 11.00 0.74 0.0719 4.059 0.0445 3.19E−02 495.5

137 11.00 0.86 0.0723 4.082 0.0449 3.21E−02 498.4

138 12.00 −0.38 0.0773 4.363 0.0490 3.43E−02 532.7

139 12.00 −0.13 0.0783 4.422 0.0498 3.47E−02 539.9

140 12.00 0.01 0.0786 4.439 0.0501 3.49E−02 542.0

141 12.00 0.15 0.0781 4.409 0.0496 3.46E−02 538.3

142 12.00 0.32 0.0769 4.342 0.0487 3.41E−02 530.1

143 12.00 0.50 0.0769 4.341 0.0486 3.41E−02 530.0

144 12.00 0.64 0.0792 4.475 0.0506 3.52E−02 546.3

145 12.00 0.76 0.0792 4.472 0.0506 3.51E−02 546.0

146 13.00 −0.38 0.0875 4.943 0.0574 3.88E−02 603.5

147 13.00 −0.13 0.0877 4.953 0.0576 3.89E−02 604.7

148 13.00 0.01 0.0879 4.966 0.0577 3.90E−02 606.3

149 13.00 0.15 0.0865 4.886 0.0566 3.84E−02 596.5
123

Table A12. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.27 0.0878 4.960 0.0577 3.90E−02 605.6

151 13.00 0.39 0.0884 4.990 0.0581 3.92E−02 609.2

152 13.00 0.53 0.0884 4.990 0.0581 3.92E−02 609.2

153 13.00 0.65 0.0891 5.030 0.0587 3.95E−02 614.1

154 14.00 −0.38 0.1023 5.775 0.0695 4.54E−02 705.0

155 14.00 −0.13 0.1025 5.788 0.0697 4.55E−02 706.7

156 14.00 0.01 0.1026 5.793 0.0698 4.55E−02 707.2

157 14.00 0.15 0.1031 5.825 0.0703 4.58E−02 711.1

158 14.00 0.29 0.1042 5.883 0.0711 4.62E−02 718.2

159 14.00 0.43 0.1023 5.779 0.0696 4.54E−02 705.6

160 14.00 0.55 0.1014 5.724 0.0688 4.50E−02 698.9

161 15.00 −0.38 0.1210 6.835 0.0850 5.37E−02 834.4

162 15.00 −0.13 0.1221 6.898 0.0859 5.42E−02 842.1

163 15.00 0.01 0.1230 6.946 0.0866 5.46E−02 848.1

164 15.00 0.32 0.1204 6.802 0.0845 5.34E−02 830.5

165 15.00 0.44 0.1204 6.798 0.0844 5.34E−02 829.9

166 16.00 −0.38 0.1573 8.883 0.1148 6.98E−02 1084.5

167 16.00 −0.13 0.1572 8.879 0.1147 6.97E−02 1084.0

168 16.00 0.01 0.1594 9.002 0.1165 7.07E−02 1099.0

169 16.00 0.11 0.1580 8.926 0.1154 7.01E−02 1089.7

170 16.00 0.22 0.1561 8.818 0.1138 6.93E−02 1076.6

171 16.00 0.34 0.1560 8.808 0.1137 6.92E−02 1075.4

172 17.00 −0.38 0.2412 13.620 0.1837 1.07E−01 1662.8

173 17.00 −0.13 0.2333 13.176 0.1773 1.03E−01 1608.6

174 17.00 0.01 0.2333 13.176 0.1773 1.03E−01 1608.7

175 17.00 0.11 0.2323 13.117 0.1764 1.03E−01 1601.4

176 17.00 0.23 0.2375 13.413 0.1807 1.05E−01 1637.6

177 18.00 −0.38 0.3461 19.549 0.2701 1.54E−01 2386.7

178 18.00 −0.13 0.3430 19.370 0.2675 1.52E−01 2364.8

179 18.00 0.01 0.3384 19.112 0.2637 1.50E−01 2333.3

180 18.00 0.13 0.3438 19.416 0.2681 1.53E−01 2370.5

181 18.50 −0.38 0.3943 22.267 0.3097 1.75E−01 2718.5

182 18.50 −0.13 0.3901 22.032 0.3062 1.73E−01 2689.8

183 18.50 0.01 0.3878 21.901 0.3043 1.72E−01 2673.8

184 18.60 0.05 0.4018 22.692 0.3158 1.78E−01 2770.4

185 18.50 0.10 0.3919 22.136 0.3077 1.74E−01 2702.5

186 19.20 −0.38 0.4620 26.092 0.3654 2.05E−01 3185.5

187 19.20 −0.13 0.4640 26.207 0.3670 2.06E−01 3199.5

188 19.20 0.01 0.4606 26.011 0.3642 2.04E−01 3175.6

189 19.30 0.05 0.4696 26.524 0.3716 2.08E−01 3238.2

190 19.20 0.10 0.4636 26.183 0.3667 2.06E−01 3196.6

191 20.00 −0.38 0.5235 29.566 0.4159 2.32E−01 3609.6

192 20.00 −0.13 0.5246 29.627 0.4168 2.33E−01 3617.0

193 20.00 0.01 0.5239 29.591 0.4163 2.32E−01 3612.6

194 20.10 0.05 0.5311 29.995 0.4222 2.36E−01 3661.9

195 20.00 0.10 0.5248 29.641 0.4170 2.33E−01 3618.8

196 20.80 −0.38 0.5749 32.469 0.4582 2.55E−01 3964.1

197 20.80 −0.13 0.5759 32.522 0.4590 2.55E−01 3970.5

198 20.80 0.01 0.5742 32.427 0.4576 2.55E−01 3958.9

199 20.90 0.05 0.5807 32.795 0.4629 2.58E−01 4003.8

200 20.80 0.10 0.5756 32.510 0.4588 2.55E−01 3969.1

201 21.60 −0.38 0.6111 34.515 0.4880 2.71E−01 4213.8

202 21.60 −0.13 0.6124 34.587 0.4890 2.72E−01 4222.6

203 21.60 0.01 0.6130 34.622 0.4896 2.72E−01 4226.9

204 21.70 0.05 0.6155 34.761 0.4916 2.73E−01 4243.8

205 21.60 0.10 0.6147 34.715 0.4909 2.73E−01 4238.2

206 22.40 −0.38 0.6346 35.841 0.5073 2.82E−01 4375.7

207 22.40 −0.13 0.6382 36.043 0.5102 2.83E−01 4400.4
124

Table A12. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.01 0.6374 35.998 0.5096 2.83E−01 4394.9

209 22.50 0.05 0.6395 36.116 0.5113 2.84E−01 4409.3

210 22.40 0.10 0.6370 35.975 0.5092 2.83E−01 4392.1

211 23.20 −0.38 0.6440 36.370 0.5150 2.86E−01 4440.3

212 23.20 −0.13 0.6445 36.399 0.5154 2.86E−01 4443.9

213 23.20 0.01 0.6462 36.497 0.5169 2.87E−01 4455.8

214 23.30 0.05 0.6484 36.617 0.5186 2.88E−01 4470.4

215 23.20 0.10 0.6463 36.501 0.5169 2.87E−01 4456.2

216 24.00 −0.38 0.6286 35.502 0.5024 2.79E−01 4334.4

217 24.00 −0.13 0.6339 35.802 0.5067 2.81E−01 4370.9

218 24.00 0.01 0.6372 35.985 0.5094 2.83E−01 4393.3

219 24.10 0.05 0.6348 35.849 0.5074 2.82E−01 4376.7

220 24.00 0.10 0.6377 36.015 0.5098 2.83E−01 4396.9

221 25.00 −0.38 0.4690 26.488 0.3711 2.08E−01 3233.9

222 25.00 −0.13 0.4600 25.980 0.3637 2.04E−01 3171.8

223 25.00 0.01 0.4701 26.547 0.3720 2.09E−01 3241.0

224 25.10 0.05 0.3922 22.148 0.3079 1.74E−01 2704.0

225 25.00 0.10 0.4589 25.920 0.3628 2.04E−01 3164.4

226 9.00 999.00 0.2150 12.144 0.1623 9.54E−02 1482.7

227 0.00 −2.63 2.2286 125.863 1.8181 9.89E−01 15366.3

228 0.00 −0.67 2.2532 127.251 1.8383 1.00E+00 15535.6

229 0.00 1.88 2.2139 125.030 1.8059 9.82E−01 15264.5

230 22.96 0.00 3.4853 196.836 2.8515 1.55E+00 24031.1

231 23.16 0.00 3.1670 178.860 2.5897 1.40E+00 21836.5

232 23.36 0.00 3.8408 216.913 3.1438 1.70E+00 26482.2

233 23.76 0.00 3.5486 200.409 2.9035 1.57E+00 24467.3

234 24.16 0.00 3.6885 208.311 3.0185 1.64E+00 25432.1

235 24.89 0.00 3.3272 187.909 2.7215 1.48E+00 22941.3

236 25.09 0.00 3.2820 185.354 2.6843 1.46E+00 22629.3

237 25.29 0.00 2.5906 146.305 2.1157 1.15E+00 17861.9

238 25.49 0.00 1.8512 104.547 1.5077 8.21E−01 12763.7

239 26.26 0.00 0.7925 44.759 0.6371 3.52E−01 5464.4

240 26.76 0.00 0.7352 41.523 0.5900 3.26E−01 5069.4

241 27.26 0.00 0.5231 29.545 0.4156 2.32E−01 3607.1

242 27.51 0.00 0.4429 25.015 0.3497 1.96E−01 3054.0

243 27.76 0.00 0.3819 21.567 0.2995 1.69E−01 2633.0

244 0.58 999.00 0.0382 2.156 0.0168 1.69E−02 263.2

245 0.86 999.00 0.0384 2.170 0.0170 1.70E−02 264.9

246 1.15 999.00 0.0377 2.127 0.0164 1.67E−02 259.6

247 1.43 999.00 0.0394 2.223 0.0178 1.75E−02 271.3

248 1.72 999.00 0.0375 2.119 0.0163 1.66E−02 258.7

249 2.00 999.00 0.0392 2.213 0.0177 1.74E−02 270.1

250 2.29 999.00 0.0382 2.157 0.0168 1.69E−02 263.3

251 2.57 999.00 0.0395 2.230 0.0179 1.75E−02 272.3

252 2.86 999.00 0.0384 2.171 0.0170 1.71E−02 265.0

253 3.14 999.00 0.0387 2.183 0.0172 1.71E−02 266.5

254 3.43 999.00 0.0380 2.144 0.0167 1.68E−02 261.8

255 999.00 999.00 0.0364 2.054 0.0154 1.61E−02 250.8

256 999.00 999.00 0.0361 2.040 0.0151 1.60E−02 249.1
125

Table A13. Flow Conditions and Pressure Distribution for Run 49

[CR = 9; Re = 2.15 × 106 per foot; 0 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1436.35 (.99033E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1841.64 ( 1023.13)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0633 ( 32.64)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 464.08 (.10787E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.92

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . 0.0349 ( 240.50)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . 93.33 ( 51.85)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.31354E−04 (.16159E−01)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . 0.22259E+02 (.51741E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 473.95 ( 144.46)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 4701.99 ( 1433.17)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . 0.21188E+07 (.69515E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . 2.407 ( 16595.49)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . 0.69581E−07 (.33316E−05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 4.462 ( 30775.50)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1850.39 ( 1027.99)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.20231E−03 (.10427E+00)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0954 3.004 0.0282 2.28E−02 657.5

2 11.18 0.20 0.1056 3.327 0.0328 2.53E−02 728.0

3 12.17 0.20 0.1178 3.711 0.0382 2.82E−02 812.2

4 13.15 0.20 0.1301 4.099 0.0437 3.11E−02 897.0

5 14.21 0.20 0.1486 4.680 0.0518 3.56E−02 1024.3

6 15.14 0.20 0.1731 5.454 0.0627 4.14E−02 1193.6

7 16.13 0.20 0.2145 6.758 0.0811 5.14E−02 1479.0

8 17.12 0.20 0.2977 9.379 0.1180 7.13E−02 2052.7

9 18.11 0.20 0.5649 17.797 0.2366 1.35E−01 3894.8

10 19.74 0.20 0.8010 25.236 0.3414 1.92E−01 5522.9

11 20.55 0.20 0.9138 28.789 0.3915 2.19E−01 6300.3

12 22.56 0.20 1.0882 34.286 0.4689 2.61E−01 7503.3

13 24.98 0.20 0.9355 29.474 0.4011 2.24E−01 6450.3

14 10.59 0.60 0.1698 5.351 0.0613 4.07E−02 1171.0

15 11.58 0.60 0.1503 4.735 0.0526 3.60E−02 1036.3

16 12.57 0.60 0.1494 4.707 0.0522 3.58E−02 1030.1

17 13.56 0.60 0.1501 4.730 0.0526 3.59E−02 1035.2

18 14.60 0.60 0.1626 5.123 0.0581 3.89E−02 1121.1

19 15.54 0.60 0.1907 6.008 0.0706 4.57E−02 1314.9

20 16.53 0.60 0.2391 7.532 0.0920 5.72E−02 1648.4

21 17.52 0.60 0.3297 10.389 0.1323 7.89E−02 2273.5

22 18.51 0.60 0.6298 19.843 0.2654 1.51E−01 4342.5

23 12.97 1.00 0.1807 5.694 0.0661 4.33E−02 1246.1

24 15.00 1.00 0.2052 6.466 0.0770 4.91E−02 1415.1

25 15.94 1.00 0.2260 7.121 0.0862 5.41E−02 1558.5

26 16.93 1.00 0.2669 8.409 0.1044 6.39E−02 1840.2

27 17.92 1.00 0.4099 12.915 0.1678 9.81E−02 2826.3

28 18.91 1.00 0.7596 23.932 0.3230 1.82E−01 5237.4

29 24.98 1.00 1.1955 37.667 0.5165 2.86E−01 8243.2

30 11.99 2.00 0.1739 5.480 0.0631 4.16E−02 1199.2

31 13.97 2.00 0.1515 4.772 0.0531 3.63E−02 1044.2

32 15.98 2.00 0.1710 5.389 0.0618 4.10E−02 1179.3

33 16.94 2.00 0.1823 5.742 0.0668 4.36E−02 1256.7
126

Table A13. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.3414 10.757 0.1374 8.17E−02 2354.1

35 18.42 2.00 0.7605 23.960 0.3234 1.82E−01 5243.6

36 18.92 2.00 0.9605 30.260 0.4122 2.30E−01 6622.3

37 19.41 2.00 0.8721 27.476 0.3730 2.09E−01 6013.0

38 19.91 2.00 0.8827 27.811 0.3777 2.11E−01 6086.3

39 20.26 2.00 1.2357 38.931 0.5343 2.96E−01 8519.8

40 21.11 2.00 1.9605 61.766 0.8560 4.69E−01 13517.3

41 21.96 2.00 2.0532 64.688 0.8972 4.92E−01 14156.7

42 22.74 2.00 1.3874 43.712 0.6017 3.32E−01 9566.1

43 23.52 2.00 1.2860 40.515 0.5567 3.08E−01 8866.6

44 24.98 2.00 1.2615 39.743 0.5458 3.02E−01 8697.7

45 17.94 3.00 0.1804 5.683 0.0660 4.32E−02 1243.7

46 18.93 3.00 0.2490 7.847 0.0964 5.96E−02 1717.2

47 19.92 3.00 0.8984 28.304 0.3846 2.15E−01 6194.3

48 20.91 3.00 1.1535 36.341 0.4979 2.76E−01 7953.2

49 22.11 3.00 2.8619 90.167 1.2561 6.85E−01 19732.6

50 22.96 3.00 2.2045 69.455 0.9643 5.28E−01 15199.9

51 23.74 3.00 2.2854 72.005 1.0003 5.47E−01 15758.0

52 24.98 3.00 1.6534 52.091 0.7197 3.96E−01 11399.9

53 18.34 3.40 0.1748 5.507 0.0635 4.19E−02 1205.3

54 19.32 3.40 0.1982 6.244 0.0739 4.74E−02 1366.4

55 19.82 3.40 0.4342 13.679 0.1786 1.04E−01 2993.6

56 20.32 3.40 0.7539 23.752 0.3205 1.81E−01 5198.1

57 20.81 3.40 0.9509 29.959 0.4079 2.28E−01 6556.4

58 21.31 3.40 1.0916 34.392 0.4704 2.61E−01 7526.4

59 21.66 3.40 1.1475 36.155 0.4952 2.75E−01 7912.3

60 22.94 3.40 2.0640 65.030 0.9020 4.94E−01 14231.6

61 23.75 3.40 1.9328 60.895 0.8437 4.63E−01 13326.6

62 24.14 3.40 2.0449 64.427 0.8935 4.90E−01 14099.6

63 22.29 3.60 1.9268 60.707 0.8411 4.61E−01 13285.4

64 22.71 3.60 2.2369 70.477 0.9787 5.36E−01 15423.7

65 23.14 3.60 2.1237 66.909 0.9285 5.08E−01 14642.7

66 23.95 3.60 3.6037 113.539 1.5854 8.63E−01 24847.6

67 24.34 3.60 3.8060 119.911 1.6751 9.11E−01 26242.0

68 13.79 3.80 0.1368 4.311 0.0466 3.28E−02 943.4

69 15.77 3.80 0.1150 3.622 0.0369 2.75E−02 792.7

70 17.75 3.80 0.1218 3.838 0.0400 2.92E−02 839.9

71 19.23 3.80 0.1567 4.938 0.0555 3.75E−02 1080.7

72 19.73 3.80 0.1530 4.820 0.0538 3.66E−02 1054.8

73 20.22 3.80 0.3146 9.912 0.1255 7.53E−02 2169.3

74 20.72 3.80 0.5131 16.166 0.2137 1.23E−01 3537.9

75 21.41 3.80 0.9668 30.462 0.4150 2.31E−01 6666.4

76 21.71 3.80 0.9389 29.582 0.4026 2.25E−01 6474.0

77 22.06 3.80 0.9984 31.455 0.4290 2.39E−01 6883.9

78 22.49 3.80 1.6635 52.409 0.7242 3.98E−01 11469.6

79 22.76 3.80 2.2101 69.631 0.9668 5.29E−01 15238.4

80 22.91 3.80 1.9706 62.085 0.8605 4.72E−01 13587.1

81 23.76 3.80 4.7008 148.104 2.0723 1.13E+00 32411.9

82 24.15 3.80 5.4253 170.929 2.3938 1.30E+00 37407.2

83 24.98 3.80 5.4805 172.671 2.4183 1.31E+00 37788.3

84 22.59 3.90 1.6729 52.706 0.7284 4.01E−01 11534.5

85 22.80 3.90 4.1028 129.263 1.8068 9.82E−01 28288.6

86 23.01 3.90 3.7312 117.557 1.6419 8.93E−01 25726.8

87 23.15 3.90 3.4118 107.493 1.5002 8.17E−01 23524.5

88 23.86 3.90 4.7159 148.579 2.0790 1.13E+00 32516.0

89 24.25 3.90 5.2456 165.269 2.3141 1.26E+00 36168.5

90 11.99 2.00 0.1770 5.577 0.0645 4.24E−02 1220.5

91 13.97 2.00 0.1639 5.165 0.0587 3.93E−02 1130.4
127

Table A13. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.1773 5.587 0.0646 4.25E−02 1222.6

93 17.93 2.00 0.3693 11.634 0.1498 8.84E−02 2546.0

94 19.91 2.00 0.9887 31.150 0.4247 2.37E−01 6817.2

95 1.00 −0.38 0.0721 2.273 0.0179 1.73E−02 497.4

96 1.00 0.29 0.0706 2.224 0.0172 1.69E−02 486.6

97 1.00 0.91 0.0714 2.249 0.0176 1.71E−02 492.1

98 1.00 1.53 0.0713 2.245 0.0175 1.71E−02 491.4

99 2.50 −0.38 0.0572 1.803 0.0113 1.37E−02 394.6

100 4.00 −0.38 0.0531 1.674 0.0095 1.27E−02 366.5

101 4.00 0.29 0.0542 1.707 0.0100 1.30E−02 373.5

102 4.00 1.53 0.0519 1.635 0.0089 1.24E−02 357.9

103 5.50 −0.38 0.0680 2.142 0.0161 1.63E−02 468.8

104 7.00 −0.38 0.0816 2.571 0.0221 1.95E−02 562.7

105 8.00 −2.28 0.0660 2.080 0.0152 1.58E−02 455.2

106 8.00 −1.88 0.0690 2.173 0.0165 1.65E−02 475.5

107 8.00 −1.49 0.0700 2.206 0.0170 1.68E−02 482.9

108 8.00 −1.04 0.0724 2.281 0.0181 1.73E−02 499.3

109 8.00 −0.38 0.0767 2.417 0.0200 1.84E−02 528.9

110 8.00 −0.13 0.0763 2.403 0.0198 1.83E−02 525.9

111 8.00 0.01 0.0762 2.401 0.0197 1.82E−02 525.5

112 8.00 0.29 0.0774 2.440 0.0203 1.85E−02 534.0

113 8.00 0.74 0.0749 2.361 0.0192 1.79E−02 516.8

114 8.00 1.13 0.0720 2.270 0.0179 1.72E−02 496.7

115 8.00 1.53 0.0698 2.198 0.0169 1.67E−02 481.1

116 9.00 −0.38 0.0813 2.562 0.0220 1.95E−02 560.6

117 9.00 −0.13 0.0823 2.592 0.0224 1.97E−02 567.1

118 9.00 0.01 0.0823 2.593 0.0224 1.97E−02 567.5

119 9.00 0.29 0.0813 2.560 0.0220 1.95E−02 560.2

120 9.00 0.64 0.0777 2.449 0.0204 1.86E−02 536.0

121 9.00 0.95 0.0656 2.066 0.0150 1.57E−02 452.2

122 10.00 −0.38 0.0943 2.970 0.0278 2.26E−02 650.0

123 10.00 −0.13 0.0967 3.046 0.0288 2.31E−02 666.5

124 10.00 0.01 0.0975 3.072 0.0292 2.33E−02 672.3

125 10.00 0.29 0.0932 2.936 0.0273 2.23E−02 642.6

126 10.00 0.53 0.0905 2.850 0.0261 2.17E−02 623.7

127 10.00 0.71 0.0908 2.860 0.0262 2.17E−02 625.9

128 10.00 0.85 0.0892 2.810 0.0255 2.14E−02 615.1

129 10.00 0.97 0.0944 2.974 0.0278 2.26E−02 650.8

130 11.00 −0.38 0.1004 3.164 0.0305 2.40E−02 692.3

131 11.00 −0.13 0.1074 3.384 0.0336 2.57E−02 740.6

132 11.00 0.01 0.1075 3.387 0.0336 2.57E−02 741.2

133 11.00 0.15 0.1068 3.365 0.0333 2.56E−02 736.4

134 11.00 0.43 0.1015 3.198 0.0310 2.43E−02 699.9

135 11.00 0.60 0.1007 3.174 0.0306 2.41E−02 694.6

136 11.00 0.74 0.1072 3.377 0.0335 2.57E−02 739.1

137 11.00 0.86 0.1094 3.448 0.0345 2.62E−02 754.6

138 12.00 −0.38 0.1145 3.606 0.0367 2.74E−02 789.1

139 12.00 −0.13 0.1163 3.664 0.0375 2.78E−02 801.8

140 12.00 0.01 0.1183 3.726 0.0384 2.83E−02 815.4

141 12.00 0.15 0.1163 3.664 0.0375 2.78E−02 801.9

142 12.00 0.32 0.1109 3.495 0.0351 2.66E−02 764.8

143 12.00 0.50 0.1143 3.601 0.0366 2.74E−02 788.1

144 12.00 0.64 0.1209 3.809 0.0396 2.89E−02 833.5

145 12.00 0.76 0.1203 3.790 0.0393 2.88E−02 829.4

146 13.00 −0.38 0.1292 4.070 0.0432 3.09E−02 890.7

147 13.00 −0.13 0.1298 4.090 0.0435 3.11E−02 895.1

148 13.00 0.01 0.1309 4.126 0.0440 3.14E−02 902.9

149 13.00 0.15 0.1283 4.043 0.0429 3.07E−02 884.8
128

Table A13. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.27 0.1308 4.120 0.0440 3.13E−02 901.7

151 13.00 0.39 0.1288 4.058 0.0431 3.08E−02 888.0

152 13.00 0.53 0.1327 4.180 0.0448 3.18E−02 914.7

153 13.00 0.65 0.1325 4.176 0.0447 3.17E−02 913.8

154 14.00 −0.38 0.1530 4.819 0.0538 3.66E−02 1054.7

155 14.00 −0.13 0.1492 4.702 0.0521 3.57E−02 1028.9

156 14.00 0.01 0.1505 4.742 0.0527 3.60E−02 1037.8

157 14.00 0.15 0.1506 4.743 0.0527 3.60E−02 1038.1

158 14.00 0.29 0.1509 4.755 0.0529 3.61E−02 1040.6

159 14.00 0.43 0.1513 4.768 0.0531 3.62E−02 1043.6

160 14.00 0.55 0.1463 4.611 0.0509 3.50E−02 1009.1

161 15.00 −0.38 0.1751 5.516 0.0636 4.19E−02 1207.1

162 15.00 −0.13 0.1792 5.647 0.0655 4.29E−02 1235.9

163 15.00 0.01 0.1786 5.626 0.0652 4.28E−02 1231.3

164 15.00 0.32 0.1779 5.604 0.0649 4.26E−02 1226.5

165 15.00 0.44 0.1725 5.434 0.0625 4.13E−02 1189.1

166 16.00 −0.38 0.2155 6.791 0.0816 5.16E−02 1486.1

167 16.00 −0.13 0.2227 7.017 0.0848 5.33E−02 1535.7

168 16.00 0.01 0.2216 6.980 0.0842 5.30E−02 1527.6

169 16.00 0.11 0.2204 6.944 0.0837 5.28E−02 1519.6

170 16.00 0.22 0.2201 6.935 0.0836 5.27E−02 1517.6

171 16.00 0.34 0.2147 6.764 0.0812 5.14E−02 1480.3

172 17.00 −0.38 0.3205 10.097 0.1281 7.67E−02 2209.6

173 17.00 −0.13 0.3008 9.477 0.1194 7.20E−02 2074.1

174 17.00 0.01 0.3032 9.553 0.1205 7.26E−02 2090.6

175 17.00 0.11 0.2998 9.445 0.1190 7.18E−02 2066.9

176 17.00 0.23 0.3069 9.670 0.1221 7.35E−02 2116.3

177 18.00 −0.38 0.5762 18.153 0.2416 1.38E−01 3972.8

178 18.00 −0.13 0.5554 17.498 0.2324 1.33E−01 3829.3

179 18.00 0.01 0.5486 17.283 0.2294 1.31E−01 3782.4

180 18.00 0.13 0.5550 17.485 0.2322 1.33E−01 3826.5

181 18.50 −0.38 0.7112 22.407 0.3016 1.70E−01 4903.7

182 18.50 −0.13 0.7533 23.734 0.3203 1.80E−01 5194.1

183 18.50 0.01 0.7442 23.448 0.3162 1.78E−01 5131.5

184 18.60 0.05 0.7430 23.409 0.3157 1.78E−01 5123.0

185 18.50 0.10 0.7522 23.699 0.3198 1.80E−01 5186.4

186 19.20 −0.38 0.7650 24.103 0.3255 1.83E−01 5275.0

187 19.20 −0.13 0.7580 23.883 0.3224 1.82E−01 5226.7

188 19.20 0.01 0.7506 23.649 0.3191 1.80E−01 5175.5

189 19.30 0.05 0.7597 23.935 0.3231 1.82E−01 5238.1

190 19.20 0.10 0.7552 23.793 0.3211 1.81E−01 5207.1

191 20.00 −0.38 0.8523 26.854 0.3642 2.04E−01 5876.9

192 20.00 −0.13 0.8465 26.670 0.3616 2.03E−01 5836.6

193 20.00 0.01 0.8455 26.640 0.3612 2.02E−01 5830.0

194 20.10 0.05 0.8633 27.199 0.3691 2.07E−01 5952.4

195 20.00 0.10 0.8475 26.701 0.3620 2.03E−01 5843.3

196 20.80 −0.38 0.9626 30.327 0.4131 2.30E−01 6637.0

197 20.80 −0.13 0.9639 30.367 0.4137 2.31E−01 6645.8

198 20.80 0.01 0.9626 30.327 0.4131 2.30E−01 6636.9

199 20.90 0.05 0.9747 30.710 0.4185 2.33E−01 6720.8

200 20.80 0.10 0.9658 30.429 0.4146 2.31E−01 6659.4

201 21.60 −0.38 1.0412 32.803 0.4480 2.49E−01 7178.8

202 21.60 −0.13 1.0419 32.826 0.4483 2.49E−01 7183.9

203 21.60 0.01 1.0409 32.794 0.4479 2.49E−01 7176.9

204 21.70 0.05 1.0470 32.987 0.4506 2.51E−01 7219.0

205 21.60 0.10 1.0475 33.002 0.4508 2.51E−01 7222.3

206 22.40 −0.38 1.0989 34.623 0.4737 2.63E−01 7577.1

207 22.40 −0.13 1.0996 34.644 0.4739 2.63E−01 7581.7
129

Table A13. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.01 1.0946 34.486 0.4717 2.62E−01 7547.2

209 22.50 0.05 1.1042 34.790 0.4760 2.64E−01 7613.7

210 22.40 0.10 1.1010 34.690 0.4746 2.64E−01 7591.7

211 23.20 −0.38 1.1342 35.734 0.4893 2.72E−01 7820.2

212 23.20 −0.13 1.1327 35.688 0.4887 2.71E−01 7810.2

213 23.20 0.01 1.1341 35.732 0.4893 2.72E−01 7819.8

214 23.30 0.05 1.1403 35.925 0.4920 2.73E−01 7862.1

215 23.20 0.10 1.1345 35.743 0.4894 2.72E−01 7822.2

216 24.00 −0.38 1.1373 35.830 0.4907 2.72E−01 7841.3

217 24.00 −0.13 1.1530 36.327 0.4977 2.76E−01 7950.0

218 24.00 0.01 1.1537 36.347 0.4979 2.76E−01 7954.5

219 24.10 0.05 1.1537 36.349 0.4980 2.76E−01 7954.9

220 24.00 0.10 1.1574 36.465 0.4996 2.77E−01 7980.3

221 25.00 −0.38 0.8933 28.144 0.3824 2.14E−01 6159.2

222 25.00 −0.13 0.8965 28.246 0.3838 2.15E−01 6181.5

223 25.00 0.01 0.9117 28.725 0.3906 2.18E−01 6286.4

224 25.10 0.05 0.7537 23.746 0.3204 1.80E−01 5196.7

225 25.00 0.10 0.8905 28.056 0.3811 2.13E−01 6139.9

226 9.00 999.00 0.7701 24.264 0.3277 1.84E−01 5310.1

227 0.00 −2.63 4.1831 131.792 1.8425 1.00E+00 28842.3

228 0.00 −0.67 4.2395 133.571 1.8675 1.02E+00 29231.5

229 0.00 1.88 4.1344 130.259 1.8209 9.90E−01 28506.7

230 22.96 0.00 4.9602 156.278 2.1874 1.19E+00 34200.8

231 23.16 0.00 5.5152 173.762 2.4337 1.32E+00 38027.0

232 23.36 0.00 5.0725 159.813 2.2372 1.21E+00 34974.5

233 23.76 0.00 5.4391 171.366 2.4000 1.30E+00 37502.7

234 24.16 0.00 5.6479 177.944 2.4926 1.35E+00 38942.4

235 24.89 0.00 5.1909 163.546 2.2898 1.24E+00 35791.4

236 25.09 0.00 5.2798 166.346 2.3292 1.26E+00 36404.2

237 25.29 0.00 4.0785 128.497 1.7961 9.77E−01 28121.1

238 25.49 0.00 2.9025 91.447 1.2741 6.95E−01 20012.7

239 26.26 0.00 1.3372 42.130 0.5794 3.20E−01 9219.9

240 26.76 0.00 1.2075 38.042 0.5218 2.89E−01 8325.4

241 27.26 0.00 0.9076 28.595 0.3887 2.17E−01 6257.9

242 27.51 0.00 0.7377 23.241 0.3133 1.77E−01 5086.2

243 27.76 0.00 0.6106 19.238 0.2569 1.46E−01 4210.1

244 0.58 999.00 0.0411 1.294 0.0041 9.83E−03 283.2

245 0.86 999.00 0.0449 1.415 0.0058 1.08E−02 309.6

246 1.15 999.00 0.0420 1.324 0.0046 1.01E−02 289.7

247 1.43 999.00 0.0420 1.322 0.0045 1.00E−02 289.4

248 1.72 999.00 0.0418 1.316 0.0045 1.00E−02 288.0

249 2.00 999.00 0.0432 1.362 0.0051 1.03E−02 298.0

250 2.29 999.00 0.0414 1.304 0.0043 9.91E−03 285.5

251 2.57 999.00 0.0435 1.370 0.0052 1.04E−02 299.7

252 2.86 999.00 0.0427 1.345 0.0049 1.02E−02 294.4

253 3.14 999.00 0.0440 1.386 0.0054 1.05E−02 303.4

254 3.43 999.00 0.0422 1.329 0.0046 1.01E−02 290.8

255 999.00 999.00 0.0409 1.287 0.0040 9.78E−03 281.7

256 999.00 999.00 0.0386 1.215 0.0030 9.23E−03 265.8
130

Table A14. Flow Conditions and Pressure Distribution for Run 50

[CR = 9; Re = 0.55 × 106 per foot; 25 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 351.78 (.24255E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1867.10 ( 1037.28)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0157 ( 8.08)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 469.24 (.10907E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.66

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . 0.0100 ( 68.92)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . 99.27 ( 55.15)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.84476E-05 ( .43537E-02)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . 0.23676E+02 (.55034E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 488.80 ( 148.99)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 4721.89 ( 1439.23)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . 0.53312E+06 (.17491E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . 0.654 (4509.13)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . 0.74821E-07 ( .35824E-05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 1.213 ( 8358.86)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1869.24 ( 1038.47)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.54433E-04 ( .28054E-01)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0434 4.595 0.0540 3.72E−02 299.6

2 11.18 0.20 0.0493 5.210 0.0633 4.22E−02 339.6

3 12.17 0.20 0.0550 5.822 0.0725 4.72E−02 379.5

4 13.15 0.20 0.0617 6.523 0.0830 5.29E−02 425.2

5 14.21 0.20 0.0706 7.463 0.0971 6.05E−02 486.5

6 15.14 0.20 0.0863 9.131 0.1222 7.40E−02 595.3

7 16.13 0.20 0.1034 10.937 0.1494 8.87E−02 713.0

8 17.12 0.20 0.1296 13.709 0.1910 1.11E−01 893.7

9 18.11 0.20 0.1806 19.097 0.2720 1.55E−01 1244.9

10 19.74 0.20 0.2905 30.725 0.4468 2.49E−01 2003.0

11 20.55 0.20 0.3172 33.547 0.4892 2.72E−01 2186.9

12 22.56 0.20 0.3566 37.716 0.5519 3.06E−01 2458.7

13 24.98 0.20 0.2697 28.524 0.4137 2.31E−01 1859.5

14 10.59 0.60 0.0511 5.405 0.0662 4.38E−02 352.4

15 11.58 0.60 0.0515 5.442 0.0668 4.41E−02 354.8

16 12.57 0.60 0.0568 6.009 0.0753 4.87E−02 391.7

17 13.56 0.60 0.0651 6.884 0.0884 5.58E−02 448.8

18 14.60 0.60 0.0763 8.075 0.1063 6.55E−02 526.4

19 15.54 0.60 0.0941 9.958 0.1346 8.07E−02 649.2

20 16.53 0.60 0.1136 12.011 0.1655 9.74E−02 783.0

21 17.52 0.60 0.1448 15.314 0.2151 1.24E−01 998.3

22 18.51 0.60 0.2083 22.033 0.3161 1.79E−01 1436.3

23 12.97 1.00 0.0711 7.521 0.0980 6.10E−02 490.3

24 15.00 1.00 0.0816 8.631 0.1147 7.00E−02 562.6

25 15.94 1.00 0.1012 10.707 0.1459 8.68E−02 698.0

26 16.93 1.00 0.1264 13.370 0.1859 1.08E−01 871.6

27 17.92 1.00 0.1652 17.471 0.2476 1.42E−01 1138.9

28 18.91 1.00 0.2430 25.706 0.3713 2.08E−01 1675.7

29 24.98 1.00 0.4159 43.988 0.6461 3.57E−01 2867.6

30 11.99 2.00 0.0663 7.009 0.0903 5.68E−02 456.9

31 13.97 2.00 0.0641 6.785 0.0869 5.50E−02 442.3

32 15.98 2.00 0.0748 7.915 0.1039 6.42E−02 516.0

33 16.94 2.00 0.0976 10.323 0.1401 8.37E−02 672.9
131

Table A14. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.2086 22.060 0.3165 1.79E−01 1438.1

35 18.42 2.00 0.2338 24.734 0.3567 2.00E−01 1612.4

36 18.92 2.00 0.2568 27.161 0.3932 2.20E−01 1770.6

37 19.41 2.00 0.3017 31.906 0.4645 2.59E−01 2079.9

38 19.91 2.00 0.4205 44.477 0.6535 3.61E−01 2899.4

39 20.26 2.00 0.5501 58.184 0.8595 4.72E−01 3793.0

40 21.11 2.00 0.4432 46.877 0.6896 3.80E−01 3055.9

41 21.96 2.00 0.3432 36.301 0.5306 2.94E−01 2366.5

42 22.74 2.00 0.3307 34.983 0.5108 2.84E−01 2280.5

43 23.52 2.00 0.3448 36.467 0.5331 2.96E−01 2377.3

44 24.98 2.00 0.6913 73.117 1.0840 5.93E−01 4766.5

45 17.94 3.00 0.0691 7.311 0.0949 5.93E−02 476.6

46 18.93 3.00 0.2357 24.934 0.3597 2.02E−01 1625.5

47 19.92 3.00 0.4392 46.457 0.6833 3.77E−01 3028.6

48 20.91 3.00 0.6145 64.989 0.9618 5.27E−01 4236.6

49 22.11 3.00 1.0400 109.996 1.6383 8.92E−01 7170.6

50 22.96 3.00 1.2114 128.124 1.9107 1.04E+00 8352.4

51 23.74 3.00 1.8168 192.162 2.8733 1.56E+00 12527.0

52 24.98 3.00 1.5383 162.704 2.4305 1.32E+00 10606.6

53 18.34 3.40 0.0684 7.238 0.0938 5.87E−02 471.8

54 19.32 3.40 0.1809 19.129 0.2725 1.55E−01 1247.0

55 19.82 3.40 0.3098 32.769 0.4775 2.66E−01 2136.2

56 20.32 3.40 0.5325 56.321 0.8315 4.57E−01 3671.5

57 20.81 3.40 0.6072 64.226 0.9503 5.21E−01 4186.9

58 21.31 3.40 0.9561 101.129 1.5050 8.20E−01 6592.6

59 21.66 3.40 1.3408 141.808 2.1164 1.15E+00 9244.5

60 22.94 3.40 3.0535 322.961 4.8393 2.62E+00 21053.8

61 23.75 3.40 2.2634 239.393 3.5832 1.94E+00 15606.0

62 24.14 3.40 2.1797 230.542 3.4501 1.87E+00 15029.0

63 22.29 3.60 3.9292 415.586 6.2314 3.37E+00 27092.0

64 22.71 3.60 3.1825 336.603 5.0443 2.73E+00 21943.1

65 23.14 3.60 2.7516 291.034 4.3594 2.36E+00 18972.5

66 23.95 3.60 2.4154 255.471 3.8248 2.07E+00 16654.1

67 24.34 3.60 2.1574 228.188 3.4148 1.85E+00 14875.5

68 13.79 3.80 0.0507 5.364 0.0656 4.35E−02 349.7

69 15.77 3.80 0.0454 4.799 0.0571 3.89E−02 312.9

70 17.75 3.80 0.0533 5.636 0.0697 4.57E−02 367.4

71 19.23 3.80 0.0815 8.625 0.1146 6.99E−02 562.3

72 19.73 3.80 0.1708 18.066 0.2565 1.46E−01 1177.7

73 20.22 3.80 0.4159 43.991 0.6462 3.57E−01 2867.8

74 20.72 3.80 0.6083 64.339 0.9520 5.22E−01 4194.2

75 21.41 3.80 1.4474 153.089 2.2860 1.24E+00 9979.8

76 21.71 3.80 2.3911 252.901 3.7862 2.05E+00 16486.6

77 22.06 3.80 3.9247 415.109 6.2243 3.36E+00 27060.9

78 22.49 3.80 3.9853 421.518 6.3206 3.42E+00 27478.7

79 22.76 3.80 2.9694 314.071 4.7056 2.55E+00 20474.2

80 22.91 3.80 3.0603 323.686 4.8501 2.62E+00 21101.0

81 23.76 3.80 2.3966 253.480 3.7949 2.05E+00 16524.4

82 24.15 3.80 2.3086 244.177 3.6551 1.98E+00 15917.9

83 24.98 3.80 1.8977 200.720 3.0019 1.63E+00 13084.9

84 22.59 3.90 3.4775 367.808 5.5133 2.98E+00 23977.4

85 22.80 3.90 3.0084 318.197 4.7676 2.58E+00 20743.2

86 23.01 3.90 2.9370 310.636 4.6540 2.52E+00 20250.3

87 23.15 3.90 2.8059 296.775 4.4457 2.41E+00 19346.7

88 23.86 3.90 2.3521 248.780 3.7243 2.02E+00 16217.9

89 24.25 3.90 2.1526 227.673 3.4070 1.85E+00 14842.0

90 11.99 2.00 0.0661 6.987 0.0900 5.66E−02 455.5

91 13.97 2.00 0.0644 6.817 0.0874 5.53E−02 444.4
132

Table A14. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.0733 7.748 0.1014 6.28E−02 505.1

93 17.93 2.00 0.2176 23.016 0.3309 1.87E−01 1500.4

94 19.91 2.00 0.4443 46.993 0.6913 3.81E−01 3063.5

95 1.00 −0.38 0.0312 3.299 0.0346 2.67E−02 215.1

96 1.00 0.29 0.0308 3.261 0.0340 2.64E−02 212.6

97 1.00 0.91 0.0310 3.277 0.0342 2.66E−02 213.6

98 1.00 1.53 0.0310 3.279 0.0343 2.66E−02 213.7

99 2.50 −0.38 0.0265 2.803 0.0271 2.27E−02 182.7

100 4.00 −0.38 0.0248 2.618 0.0243 2.12E−02 170.7

101 4.00 0.29 0.0255 2.694 0.0255 2.18E−02 175.6

102 4.00 1.53 0.0249 2.630 0.0245 2.13E−02 171.4

103 5.50 −0.38 0.0362 3.830 0.0425 3.10E−02 249.7

104 7.00 −0.38 0.0357 3.772 0.0417 3.06E−02 245.9

105 8.00 −2.28 0.0308 3.258 0.0339 2.64E−02 212.4

106 8.00 −1.88 0.0315 3.334 0.0351 2.70E−02 217.3

107 8.00 −1.49 0.0311 3.290 0.0344 2.67E−02 214.4

108 8.00 −1.04 0.0316 3.340 0.0352 2.71E−02 217.7

109 8.00 −0.38 0.0335 3.542 0.0382 2.87E−02 230.9

110 8.00 −0.13 0.0338 3.576 0.0387 2.90E−02 233.1

111 8.00 0.01 0.0341 3.606 0.0392 2.92E−02 235.1

112 8.00 0.29 0.0341 3.609 0.0392 2.92E−02 235.2

113 8.00 0.74 0.0327 3.459 0.0370 2.80E−02 225.5

114 8.00 1.13 0.0314 3.323 0.0349 2.69E−02 216.6

115 8.00 1.53 0.0314 3.321 0.0349 2.69E−02 216.5

116 9.00 −0.38 0.0363 3.837 0.0426 3.11E−02 250.1

117 9.00 −0.13 0.0376 3.978 0.0448 3.22E−02 259.3

118 9.00 0.01 0.0378 4.000 0.0451 3.24E−02 260.7

119 9.00 0.29 0.0363 3.844 0.0428 3.12E−02 250.6

120 9.00 0.64 0.0342 3.621 0.0394 2.93E−02 236.0

121 9.00 0.95 0.0293 3.101 0.0316 2.51E−02 202.2

122 10.00 −0.38 0.0422 4.464 0.0521 3.62E−02 291.0

123 10.00 −0.13 0.0441 4.662 0.0550 3.78E−02 303.9

124 10.00 0.01 0.0451 4.775 0.0567 3.87E−02 311.3

125 10.00 0.29 0.0414 4.379 0.0508 3.55E−02 285.5

126 10.00 0.53 0.0393 4.154 0.0474 3.37E−02 270.8

127 10.00 0.71 0.0401 4.246 0.0488 3.44E−02 276.8

128 10.00 0.85 0.0410 4.341 0.0502 3.52E−02 283.0

129 10.00 0.97 0.0416 4.402 0.0511 3.57E−02 287.0

130 11.00 −0.38 0.0485 5.132 0.0621 4.16E−02 334.6

131 11.00 −0.13 0.0492 5.206 0.0632 4.22E−02 339.4

132 11.00 0.01 0.0494 5.229 0.0636 4.24E−02 340.9

133 11.00 0.15 0.0494 5.225 0.0635 4.23E−02 340.6

134 11.00 0.43 0.0455 4.807 0.0572 3.90E−02 313.4

135 11.00 0.60 0.0480 5.073 0.0612 4.11E−02 330.7

136 11.00 0.74 0.0485 5.127 0.0620 4.16E−02 334.2

137 11.00 0.86 0.0492 5.198 0.0631 4.21E−02 338.9

138 12.00 −0.38 0.0541 5.727 0.0710 4.64E−02 373.3

139 12.00 −0.13 0.0539 5.697 0.0706 4.62E−02 371.4

140 12.00 0.01 0.0538 5.693 0.0705 4.61E−02 371.1

141 12.00 0.15 0.0537 5.684 0.0704 4.61E−02 370.6

142 12.00 0.32 0.0531 5.620 0.0694 4.56E−02 366.4

143 12.00 0.50 0.0548 5.799 0.0721 4.70E−02 378.0

144 12.00 0.64 0.0552 5.838 0.0727 4.73E−02 380.6

145 12.00 0.76 0.0558 5.905 0.0737 4.79E−02 385.0

146 13.00 −0.38 0.0612 6.470 0.0822 5.24E−02 421.8

147 13.00 −0.13 0.0605 6.404 0.0812 5.19E−02 417.5

148 13.00 0.01 0.0605 6.399 0.0811 5.19E−02 417.1

149 13.00 0.15 0.0604 6.387 0.0810 5.18E−02 416.4
133

Table A14. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.27 0.0613 6.488 0.0825 5.26E−02 423.0

151 13.00 0.39 0.0622 6.575 0.0838 5.33E−02 428.6

152 13.00 0.53 0.0621 6.572 0.0837 5.33E−02 428.4

153 13.00 0.65 0.0629 6.649 0.0849 5.39E−02 433.5

154 14.00 −0.38 0.0707 7.483 0.0974 6.07E−02 487.8

155 14.00 −0.13 0.0711 7.516 0.0979 6.09E−02 490.0

156 14.00 0.01 0.0707 7.481 0.0974 6.06E−02 487.7

157 14.00 0.15 0.0702 7.422 0.0965 6.02E−02 483.8

158 14.00 0.29 0.0692 7.322 0.0950 5.93E−02 477.3

159 14.00 0.43 0.0713 7.539 0.0983 6.11E−02 491.4

160 14.00 0.55 0.0716 7.574 0.0988 6.14E−02 493.8

161 15.00 −0.38 0.0844 8.927 0.1192 7.24E−02 582.0

162 15.00 −0.13 0.0833 8.812 0.1174 7.14E−02 574.4

163 15.00 0.01 0.0830 8.782 0.1170 7.12E−02 572.5

164 15.00 0.32 0.0837 8.854 0.1180 7.18E−02 577.2

165 15.00 0.44 0.0854 9.037 0.1208 7.33E−02 589.1

166 16.00 −0.38 0.1028 10.877 0.1485 8.82E−02 709.1

167 16.00 −0.13 0.1000 10.576 0.1439 8.57E−02 689.4

168 16.00 0.01 0.1002 10.603 0.1443 8.59E−02 691.2

169 16.00 0.11 0.1002 10.602 0.1443 8.59E−02 691.2

170 16.00 0.22 0.1013 10.718 0.1461 8.69E−02 698.7

171 16.00 0.34 0.1035 10.944 0.1495 8.87E−02 713.4

172 17.00 −0.38 0.1293 13.677 0.1905 1.11E−01 891.6

173 17.00 −0.13 0.1281 13.547 0.1886 1.10E−01 883.1

174 17.00 0.01 0.1264 13.371 0.1859 1.08E−01 871.7

175 17.00 0.11 0.1268 13.407 0.1865 1.09E−01 874.0

176 17.00 0.23 0.1299 13.738 0.1915 1.11E−01 895.6

177 18.00 −0.38 0.1801 19.048 0.2713 1.54E−01 1241.8

178 18.00 −0.13 0.1807 19.115 0.2723 1.55E−01 1246.1

179 18.00 0.01 0.1791 18.942 0.2697 1.54E−01 1234.8

180 18.00 0.13 0.1817 19.214 0.2738 1.56E−01 1252.5

181 18.50 −0.38 0.2162 22.865 0.3286 1.85E−01 1490.5

182 18.50 −0.13 0.2163 22.874 0.3288 1.85E−01 1491.1

183 18.50 0.01 0.2188 23.138 0.3328 1.88E−01 1508.4

184 18.60 0.05 0.2295 24.270 0.3498 1.97E−01 1582.2

185 18.50 0.10 0.2195 23.215 0.3339 1.88E−01 1513.4

186 19.20 −0.38 0.2652 28.051 0.4066 2.27E−01 1828.7

187 19.20 −0.13 0.2703 28.584 0.4146 2.32E−01 1863.4

188 19.20 0.01 0.2725 28.821 0.4182 2.34E−01 1878.9

189 19.30 0.05 0.2774 29.335 0.4259 2.38E−01 1912.3

190 19.20 0.10 0.2735 28.923 0.4197 2.34E−01 1885.5

191 20.00 −0.38 0.2988 31.607 0.4600 2.56E−01 2060.5

192 20.00 −0.13 0.3039 32.143 0.4681 2.61E−01 2095.4

193 20.00 0.01 0.3060 32.362 0.4714 2.62E−01 2109.7

194 20.10 0.05 0.3092 32.703 0.4765 2.65E−01 2131.9

195 20.00 0.10 0.3061 32.381 0.4717 2.62E−01 2110.9

196 20.80 −0.38 0.3302 34.928 0.5100 2.83E−01 2276.9

197 20.80 −0.13 0.3294 34.838 0.5086 2.82E−01 2271.1

198 20.80 0.01 0.3295 34.845 0.5087 2.82E−01 2271.6

199 20.90 0.05 0.3330 35.219 0.5143 2.85E−01 2295.9

200 20.80 0.10 0.3303 34.938 0.5101 2.83E−01 2277.6

201 21.60 −0.38 0.3493 36.944 0.5403 2.99E−01 2408.3

202 21.60 −0.13 0.3528 37.316 0.5458 3.02E−01 2432.6

203 21.60 0.01 0.3546 37.501 0.5486 3.04E−01 2444.7

204 21.70 0.05 0.3553 37.578 0.5498 3.05E−01 2449.7

205 21.60 0.10 0.3568 37.733 0.5521 3.06E−01 2459.8

206 22.40 −0.38 0.3621 38.302 0.5607 3.10E−01 2496.9

207 22.40 −0.13 0.3673 38.848 0.5689 3.15E−01 2532.5
134

Table A14. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.01 0.3675 38.866 0.5692 3.15E−01 2533.7

209 22.50 0.05 0.3694 39.069 0.5722 3.17E−01 2546.9

210 22.40 0.10 0.3674 38.854 0.5690 3.15E−01 2532.9

211 23.20 −0.38 0.3680 38.928 0.5701 3.16E−01 2537.7

212 23.20 −0.13 0.3716 39.308 0.5758 3.19E−01 2562.5

213 23.20 0.01 0.3746 39.623 0.5805 3.21E−01 2583.0

214 23.30 0.05 0.3747 39.629 0.5806 3.21E−01 2583.4

215 23.20 0.10 0.3738 39.532 0.5792 3.20E−01 2577.1

216 24.00 −0.38 0.3634 38.435 0.5627 3.12E−01 2505.6

217 24.00 −0.13 0.3675 38.872 0.5692 3.15E−01 2534.0

218 24.00 0.01 0.3694 39.074 0.5723 3.17E−01 2547.2

219 24.10 0.05 0.3706 39.195 0.5741 3.18E−01 2555.1

220 24.00 0.10 0.3691 39.035 0.5717 3.16E−01 2544.7

221 25.00 −0.38 0.2833 29.960 0.4353 2.43E−01 1953.1

222 25.00 −0.13 0.2676 28.303 0.4104 2.29E−01 1845.0

223 25.00 0.01 0.2783 29.436 0.4274 2.39E−01 1918.9

224 25.10 0.05 0.2478 26.206 0.3789 2.12E−01 1708.3

225 25.00 0.10 0.2727 28.838 0.4184 2.34E−01 1879.9

226 9.00 999.00 0.1813 19.177 0.2732 1.55E−01 1250.1

227 0.00 −2.63 1.1673 123.461 1.8407 1.00E+00 8048.4

228 0.00 −0.67 1.1808 124.891 1.8621 1.01E+00 8141.6

229 0.00 1.88 1.1479 121.411 1.8098 9.84E−01 7914.8

230 20.58 0.00 0.6785 71.766 1.0637 5.82E−01 4678.4

231 20.78 0.00 0.7776 82.250 1.2212 6.67E−01 5361.9

232 20.98 0.00 0.9325 98.624 1.4673 7.99E−01 6429.3

233 21.38 0.00 1.3934 147.379 2.2002 1.19E+00 9607.6

234 21.78 0.00 2.5447 269.148 4.0304 2.18E+00 17545.7

235 22.51 0.00 3.9072 413.260 6.1965 3.35E+00 26940.4

236 22.71 0.00 3.2209 340.666 5.1054 2.76E+00 22208.0

237 22.91 0.00 2.9420 311.174 4.6621 2.52E+00 20285.4

238 23.11 0.00 2.8436 300.766 4.5056 2.44E+00 19606.9

239 23.88 0.00 2.0954 221.622 3.3161 1.80E+00 14447.5

240 24.38 0.00 2.2194 234.745 3.5133 1.90E+00 15303.0

241 24.88 0.00 1.9988 211.410 3.1626 1.71E+00 13781.8

242 25.08 0.00 1.6150 170.820 2.5525 1.38E+00 11135.7

243 25.38 0.00 1.0565 111.740 1.6645 9.06E−01 7284.3

244 0.58 999.00 0.0388 4.105 0.0467 3.33E−02 267.6

245 0.86 999.00 0.0385 4.067 0.0461 3.30E−02 265.2

246 1.15 999.00 0.0381 4.033 0.0456 3.27E−02 262.9

247 1.43 999.00 0.0381 4.027 0.0455 3.26E−02 262.5

248 1.72 999.00 0.0362 3.826 0.0425 3.10E−02 249.4

249 2.00 999.00 0.0376 3.981 0.0448 3.23E−02 259.5

250 2.29 999.00 0.0365 3.866 0.0431 3.13E−02 252.0

251 2.57 999.00 0.0381 4.029 0.0455 3.27E−02 262.6

252 2.86 999.00 0.0374 3.961 0.0445 3.21E−02 258.2

253 3.14 999.00 0.0376 3.980 0.0448 3.23E−02 259.5

254 3.43 999.00 0.0385 4.067 0.0461 3.30E−02 265.1

255 999.00 999.00 0.0356 3.766 0.0416 3.05E−02 245.5

256 999.00 999.00 0.0370 3.911 0.0438 3.17E−02 255.0
135

Table A15. Flow Conditions and Pressure Distribution for Run 52

[CR = 9; Re = 1.14 × 106 per foot; 25 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 723.45 (.49880E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1847.07 ( 1026.15)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0323 ( 16.66)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 464.38 (.10794E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.78

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . 0.0190 ( 131.26)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . 96.05 ( 53.36)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.16629E−04 (.85703E−02)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . 0.22907E+02 (.53245E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 480.79 ( 146.55)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 4700.16 ( 1432.61)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . 0.10859E+07 (.35627E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . 1.276 ( 8794.68)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . 0.71975E−07 (.34462E−05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 2.365 ( 16296.27)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1851.49 ( 1028.61)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.10716E−03 (.55230E−01)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0646 3.658 0.0388 2.88E−02 445.2

2 11.18 0.20 0.0714 4.043 0.0444 3.18E−02 492.2

3 12.17 0.20 0.0785 4.444 0.0503 3.50E−02 541.0

4 13.15 0.20 0.0882 4.996 0.0583 3.93E−02 608.1

5 14.21 0.20 0.1010 5.720 0.0689 4.50E−02 696.3

6 15.14 0.20 0.1228 6.957 0.0869 5.48E−02 846.8

7 16.13 0.20 0.1599 9.057 0.1176 7.13E−02 1102.5

8 17.12 0.20 0.2457 13.915 0.1884 1.10E−01 1693.8

9 18.11 0.20 0.3449 19.534 0.2704 1.54E−01 2377.8

10 19.74 0.20 0.5008 28.368 0.3993 2.23E−01 3453.1

11 20.55 0.20 0.5561 31.497 0.4450 2.48E−01 3834.0

12 22.56 0.20 0.6358 36.014 0.5109 2.83E−01 4383.8

13 24.98 0.20 0.4796 27.168 0.3818 2.14E−01 3307.0

14 10.59 0.60 0.0977 5.533 0.0661 4.35E−02 673.5

15 11.58 0.60 0.0837 4.743 0.0546 3.73E−02 577.3

16 12.57 0.60 0.0851 4.820 0.0557 3.79E−02 586.7

17 13.56 0.60 0.0930 5.270 0.0623 4.15E−02 641.5

18 14.60 0.60 0.1064 6.029 0.0734 4.74E−02 733.8

19 15.54 0.60 0.1313 7.437 0.0939 5.85E−02 905.3

20 16.53 0.60 0.1880 10.647 0.1408 8.38E−02 1296.0

21 17.52 0.60 0.2712 15.362 0.2095 1.21E−01 1869.9

22 18.51 0.60 0.3883 21.996 0.3063 1.73E−01 2677.5

23 12.97 1.00 0.1140 6.456 0.0796 5.08E−02 785.9

24 15.00 1.00 0.1268 7.184 0.0902 5.65E−02 874.5

25 15.94 1.00 0.1466 8.303 0.1066 6.53E−02 1010.7

26 16.93 1.00 0.2085 11.811 0.1577 9.30E−02 1437.7

27 17.92 1.00 0.3121 17.680 0.2434 1.39E−01 2152.1

28 18.91 1.00 0.4905 27.782 0.3908 2.19E−01 3381.8

29 24.98 1.00 0.6142 34.790 0.4930 2.74E−01 4234.8

30 11.99 2.00 0.1057 5.988 0.0728 4.71E−02 728.9

31 13.97 2.00 0.0969 5.487 0.0655 4.32E−02 667.9

32 15.98 2.00 0.1080 6.118 0.0747 4.81E−02 744.8

33 16.94 2.00 0.1151 6.518 0.0805 5.13E−02 793.4
136

Table A15. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.3634 20.582 0.2857 1.62E−01 2505.4

35 18.42 2.00 0.4849 27.467 0.3862 2.16E−01 3343.4

36 18.92 2.00 0.4617 26.151 0.3670 2.06E−01 3183.3

37 19.41 2.00 0.5075 28.745 0.4048 2.26E−01 3499.0

38 19.91 2.00 0.6050 34.269 0.4854 2.70E−01 4171.4

39 20.26 2.00 1.0777 61.043 0.8760 4.80E−01 7430.5

40 21.11 2.00 1.4534 82.323 1.1865 6.48E−01 10020.9

41 21.96 2.00 0.7741 43.846 0.6251 3.45E−01 5337.2

42 22.74 2.00 0.5821 32.972 0.4665 2.59E−01 4013.5

43 23.52 2.00 0.6007 34.026 0.4819 2.68E−01 4141.8

44 24.98 2.00 0.7870 44.577 0.6358 3.51E−01 5426.2

45 17.94 3.00 0.1120 6.341 0.0779 4.99E−02 771.9

46 18.93 3.00 0.2047 11.594 0.1546 9.12E−02 1411.3

47 19.92 3.00 0.5509 31.203 0.4407 2.46E−01 3798.3

48 20.91 3.00 0.9356 52.998 0.7587 4.17E−01 6451.2

49 22.11 3.00 2.0752 117.546 1.7004 9.25E−01 14308.4

50 22.96 3.00 1.8833 106.677 1.5418 8.40E−01 12985.4

51 23.74 3.00 3.5727 202.373 2.9381 1.59E+00 24634.0

52 24.98 3.00 2.8535 161.634 2.3437 1.27E+00 19675.1

53 18.34 3.40 0.1083 6.132 0.0749 4.83E−02 746.5

54 19.32 3.40 0.1927 10.917 0.1447 8.59E−02 1328.9

55 19.82 3.40 0.3426 19.404 0.2685 1.53E−01 2362.0

56 20.32 3.40 0.5451 30.878 0.4359 2.43E−01 3758.6

57 20.81 3.40 0.9360 53.018 0.7590 4.17E−01 6453.7

58 21.31 3.40 1.4090 79.809 1.1498 6.28E−01 9714.8

59 21.66 3.40 2.5877 146.576 2.1240 1.15E+00 17842.1

60 22.94 3.40 4.6560 263.729 3.8333 2.08E+00 32102.8

61 23.75 3.40 3.7363 211.640 3.0733 1.67E+00 25762.1

62 24.14 3.40 3.8850 220.057 3.1961 1.73E+00 26786.7

63 22.29 3.60 3.9306 222.642 3.2338 1.75E+00 27101.3

64 22.71 3.60 3.6508 206.792 3.0026 1.63E+00 25172.0

65 23.14 3.60 4.1386 234.427 3.4058 1.84E+00 28535.9

66 23.95 3.60 3.8481 217.971 3.1657 1.72E+00 26532.7

67 24.34 3.60 3.5254 199.689 2.8989 1.57E+00 24307.4

68 13.79 3.80 0.0827 4.687 0.0538 3.69E−02 570.5

69 15.77 3.80 0.0735 4.161 0.0461 3.27E−02 506.5

70 17.75 3.80 0.0863 4.891 0.0568 3.85E−02 595.3

71 19.23 3.80 0.1116 6.319 0.0776 4.97E−02 769.2

72 19.73 3.80 0.2403 13.609 0.1840 1.07E−01 1656.6

73 20.22 3.80 0.5385 30.505 0.4305 2.40E−01 3713.2

74 20.72 3.80 0.8480 48.036 0.6863 3.78E−01 5847.3

75 21.41 3.80 1.8661 105.702 1.5276 8.32E−01 12866.7

76 21.71 3.80 3.0780 174.349 2.5292 1.37E+00 21222.9

77 22.06 3.80 4.5855 259.738 3.7750 2.04E+00 31616.9

78 22.49 3.80 5.3175 301.201 4.3800 2.37E+00 36664.0

79 22.76 3.80 4.3236 244.901 3.5586 1.93E+00 29810.9

80 22.91 3.80 3.9883 225.913 3.2815 1.78E+00 27499.5

81 23.76 3.80 3.7639 213.202 3.0961 1.68E+00 25952.2

82 24.15 3.80 3.7035 209.780 3.0461 1.65E+00 25535.7

83 24.98 3.80 3.5213 199.461 2.8956 1.57E+00 24279.6

84 22.59 3.90 4.7995 271.860 3.9519 2.14E+00 33092.5

85 22.80 3.90 4.4957 254.650 3.7008 2.00E+00 30997.6

86 23.01 3.90 4.0699 230.534 3.3489 1.81E+00 28062.0

87 23.15 3.90 3.8019 215.352 3.1274 1.69E+00 26214.0

88 23.86 3.90 3.7797 214.095 3.1091 1.68E+00 26061.0

89 24.25 3.90 3.4936 197.890 2.8727 1.56E+00 24088.4

90 11.99 2.00 0.1070 6.060 0.0738 4.77E−02 737.7

91 13.97 2.00 0.1009 5.714 0.0688 4.50E−02 695.6
137

Table A15. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.1092 6.187 0.0757 4.87E−02 753.1

93 17.93 2.00 0.3573 20.238 0.2807 1.59E−01 2463.5

94 19.91 2.00 0.6615 37.468 0.5321 2.95E−01 4560.9

95 1.00 −0.38 0.0483 2.738 0.0254 2.16E−02 333.3

96 1.00 0.29 0.0471 2.666 0.0243 2.10E−02 324.5

97 1.00 0.91 0.0470 2.660 0.0242 2.09E−02 323.8

98 1.00 1.53 0.0474 2.688 0.0246 2.12E−02 327.1

99 2.50 −0.38 0.0398 2.255 0.0183 1.77E−02 274.5

100 4.00 −0.38 0.0373 2.115 0.0163 1.66E−02 257.4

101 4.00 0.29 0.0374 2.117 0.0163 1.67E−02 257.7

102 4.00 1.53 0.0370 2.093 0.0159 1.65E−02 254.8

103 5.50 −0.38 0.0474 2.686 0.0246 2.11E−02 326.9

104 7.00 −0.38 0.0560 3.171 0.0317 2.50E−02 386.0

105 8.00 −2.28 0.0460 2.606 0.0234 2.05E−02 317.2

106 8.00 −1.88 0.0472 2.676 0.0245 2.11E−02 325.7

107 8.00 −1.49 0.0480 2.719 0.0251 2.14E−02 330.9

108 8.00 −1.04 0.0499 2.828 0.0267 2.23E−02 344.2

109 8.00 −0.38 0.0528 2.989 0.0290 2.35E−02 363.8

110 8.00 −0.13 0.0528 2.989 0.0290 2.35E−02 363.9

111 8.00 0.01 0.0530 3.001 0.0292 2.36E−02 365.2

112 8.00 0.29 0.0529 2.995 0.0291 2.36E−02 364.5

113 8.00 0.74 0.0507 2.874 0.0273 2.26E−02 349.9

114 8.00 1.13 0.0486 2.753 0.0256 2.17E−02 335.1

115 8.00 1.53 0.0475 2.689 0.0246 2.12E−02 327.3

116 9.00 −0.38 0.0555 3.141 0.0312 2.47E−02 382.3

117 9.00 −0.13 0.0564 3.197 0.0320 2.52E−02 389.1

118 9.00 0.01 0.0564 3.196 0.0320 2.52E−02 389.0

119 9.00 0.29 0.0557 3.156 0.0315 2.48E−02 384.2

120 9.00 0.64 0.0523 2.965 0.0287 2.33E−02 360.9

121 9.00 0.95 0.0438 2.481 0.0216 1.95E−02 302.0

122 10.00 −0.38 0.0631 3.572 0.0375 2.81E−02 434.8

123 10.00 −0.13 0.0643 3.640 0.0385 2.86E−02 443.1

124 10.00 0.01 0.0656 3.715 0.0396 2.92E−02 452.2

125 10.00 0.29 0.0629 3.565 0.0374 2.81E−02 434.0

126 10.00 0.53 0.0606 3.435 0.0355 2.70E−02 418.2

127 10.00 0.71 0.0596 3.374 0.0346 2.66E−02 410.7

128 10.00 0.85 0.0604 3.424 0.0354 2.69E−02 416.8

129 10.00 0.97 0.0625 3.541 0.0371 2.79E−02 431.0

130 11.00 −0.38 0.0681 3.857 0.0417 3.04E−02 469.5

131 11.00 −0.13 0.0707 4.006 0.0439 3.15E−02 487.6

132 11.00 0.01 0.0713 4.039 0.0443 3.18E−02 491.6

133 11.00 0.15 0.0710 4.021 0.0441 3.16E−02 489.4

134 11.00 0.43 0.0644 3.647 0.0386 2.87E−02 443.9

135 11.00 0.60 0.0684 3.875 0.0420 3.05E−02 471.7

136 11.00 0.74 0.0693 3.927 0.0427 3.09E−02 478.0

137 11.00 0.86 0.0703 3.981 0.0435 3.13E−02 484.5

138 12.00 −0.38 0.0752 4.262 0.0476 3.35E−02 518.8

139 12.00 −0.13 0.0762 4.317 0.0484 3.40E−02 525.4

140 12.00 0.01 0.0769 4.353 0.0489 3.43E−02 529.9

141 12.00 0.15 0.0762 4.319 0.0484 3.40E−02 525.7

142 12.00 0.32 0.0755 4.279 0.0478 3.37E−02 520.8

143 12.00 0.50 0.0758 4.292 0.0480 3.38E−02 522.5

144 12.00 0.64 0.0770 4.363 0.0491 3.43E−02 531.1

145 12.00 0.76 0.0783 4.433 0.0501 3.49E−02 539.7

146 13.00 −0.38 0.0861 4.877 0.0566 3.84E−02 593.6

147 13.00 −0.13 0.0861 4.877 0.0566 3.84E−02 593.7

148 13.00 0.01 0.0867 4.913 0.0571 3.87E−02 598.0

149 13.00 0.15 0.0863 4.888 0.0567 3.85E−02 595.0
138

Table A15. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.27 0.0856 4.850 0.0562 3.82E−02 590.4

151 13.00 0.39 0.0861 4.880 0.0566 3.84E−02 594.0

152 13.00 0.53 0.0873 4.943 0.0575 3.89E−02 601.7

153 13.00 0.65 0.0885 5.012 0.0585 3.94E−02 610.1

154 14.00 −0.38 0.1003 5.682 0.0683 4.47E−02 691.7

155 14.00 −0.13 0.1016 5.755 0.0694 4.53E−02 700.5

156 14.00 0.01 0.1014 5.743 0.0692 4.52E−02 699.1

157 14.00 0.15 0.1014 5.741 0.0692 4.52E−02 698.9

158 14.00 0.29 0.1001 5.669 0.0681 4.46E−02 690.1

159 14.00 0.43 0.1013 5.736 0.0691 4.51E−02 698.2

160 14.00 0.55 0.0999 5.659 0.0680 4.45E−02 688.8

161 15.00 −0.38 0.1193 6.757 0.0840 5.32E−02 822.5

162 15.00 −0.13 0.1210 6.855 0.0854 5.39E−02 834.4

163 15.00 0.01 0.1218 6.901 0.0861 5.43E−02 840.0

164 15.00 0.32 0.1194 6.762 0.0841 5.32E−02 823.1

165 15.00 0.44 0.1193 6.758 0.0840 5.32E−02 822.6

166 16.00 −0.38 0.1559 8.830 0.1142 6.95E−02 1074.9

167 16.00 −0.13 0.1562 8.850 0.1145 6.96E−02 1077.3

168 16.00 0.01 0.1578 8.937 0.1158 7.03E−02 1087.8

169 16.00 0.11 0.1578 8.939 0.1158 7.03E−02 1088.1

170 16.00 0.22 0.1555 8.809 0.1139 6.93E−02 1072.2

171 16.00 0.34 0.1550 8.778 0.1135 6.91E−02 1068.5

172 17.00 −0.38 0.2395 13.565 0.1833 1.07E−01 1651.2

173 17.00 −0.13 0.2325 13.169 0.1776 1.04E−01 1603.0

174 17.00 0.01 0.2325 13.170 0.1776 1.04E−01 1603.1

175 17.00 0.11 0.2316 13.117 0.1768 1.03E−01 1596.7

176 17.00 0.23 0.2364 13.390 0.1808 1.05E−01 1629.9

177 18.00 −0.38 0.3427 19.409 0.2686 1.53E−01 2362.6

178 18.00 −0.13 0.3413 19.335 0.2675 1.52E−01 2353.6

179 18.00 0.01 0.3374 19.110 0.2642 1.50E−01 2326.1

180 18.00 0.13 0.3434 19.451 0.2692 1.53E−01 2367.7

181 18.50 −0.38 0.3927 22.243 0.3099 1.75E−01 2707.5

182 18.50 −0.13 0.3897 22.071 0.3074 1.74E−01 2686.6

183 18.50 0.01 0.3883 21.992 0.3063 1.73E−01 2677.0

184 18.60 0.05 0.4017 22.753 0.3174 1.79E−01 2769.7

185 18.50 0.10 0.3913 22.165 0.3088 1.74E−01 2698.0

186 19.20 −0.38 0.4639 26.278 0.3688 2.07E−01 3198.7

187 19.20 −0.13 0.4662 26.406 0.3707 2.08E−01 3214.3

188 19.20 0.01 0.4644 26.305 0.3692 2.07E−01 3202.0

189 19.30 0.05 0.4737 26.833 0.3769 2.11E−01 3266.3

190 19.20 0.10 0.4679 26.504 0.3721 2.09E−01 3226.2

191 20.00 −0.38 0.5259 29.789 0.4200 2.34E−01 3626.0

192 20.00 −0.13 0.5308 30.068 0.4241 2.37E−01 3660.1

193 20.00 0.01 0.5291 29.971 0.4227 2.36E−01 3648.3

194 20.10 0.05 0.5365 30.388 0.4288 2.39E−01 3699.0

195 20.00 0.10 0.5311 30.084 0.4243 2.37E−01 3662.0

196 20.80 −0.38 0.5825 32.994 0.4668 2.60E−01 4016.2

197 20.80 −0.13 0.5833 33.038 0.4674 2.60E−01 4021.6

198 20.80 0.01 0.5821 32.971 0.4665 2.59E−01 4013.4

199 20.90 0.05 0.5862 33.202 0.4698 2.61E−01 4041.5

200 20.80 0.10 0.5825 32.994 0.4668 2.60E−01 4016.2

201 21.60 −0.38 0.6198 35.107 0.4976 2.76E−01 4273.4

202 21.60 −0.13 0.6256 35.438 0.5025 2.79E−01 4313.7

203 21.60 0.01 0.6262 35.470 0.5029 2.79E−01 4317.6

204 21.70 0.05 0.6308 35.730 0.5067 2.81E−01 4349.3

205 21.60 0.10 0.6297 35.671 0.5059 2.81E−01 4342.1

206 22.40 −0.38 0.6448 36.526 0.5183 2.87E−01 4446.2

207 22.40 −0.13 0.6514 36.897 0.5238 2.90E−01 4491.4
139

Table A15. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.01 0.6518 36.922 0.5241 2.91E−01 4494.4

209 22.50 0.05 0.6537 37.026 0.5256 2.91E−01 4507.0

210 22.40 0.10 0.6509 36.870 0.5234 2.90E−01 4488.1

211 23.20 −0.38 0.6545 37.071 0.5263 2.92E−01 4512.5

212 23.20 −0.13 0.6594 37.352 0.5304 2.94E−01 4546.7

213 23.20 0.01 0.6632 37.564 0.5335 2.96E−01 4572.6

214 23.30 0.05 0.6647 37.653 0.5348 2.96E−01 4583.3

215 23.20 0.10 0.6622 37.509 0.5327 2.95E−01 4565.8

216 24.00 −0.38 0.6433 36.437 0.5170 2.87E−01 4435.3

217 24.00 −0.13 0.6504 36.838 0.5229 2.90E−01 4484.2

218 24.00 0.01 0.6540 37.045 0.5259 2.92E−01 4509.4

219 24.10 0.05 0.6523 36.948 0.5245 2.91E−01 4497.6

220 24.00 0.10 0.6525 36.959 0.5247 2.91E−01 4498.9

221 25.00 −0.38 0.4785 27.103 0.3808 2.13E−01 3299.1

222 25.00 −0.13 0.4628 26.214 0.3679 2.06E−01 3191.0

223 25.00 0.01 0.4816 27.279 0.3834 2.15E−01 3320.6

224 25.10 0.05 0.4011 22.719 0.3169 1.79E−01 2765.6

225 25.00 0.10 0.4696 26.600 0.3735 2.09E−01 3237.9

226 9.00 999.00 0.8802 49.858 0.7128 3.92E−01 6069.0

227 0.00 −2.63 2.2237 125.956 1.8231 9.91E−01 15332.1

228 0.00 −0.67 2.2462 127.232 1.8418 1.00E+00 15487.5

229 0.00 1.88 2.2060 124.954 1.8085 9.83E−01 15210.2

230 20.58 0.00 0.8546 48.410 0.6917 3.81E−01 5892.8

231 20.78 0.00 0.9413 53.319 0.7633 4.20E−01 6490.3

232 20.98 0.00 1.2628 71.528 1.0290 5.63E−01 8706.8

233 21.38 0.00 2.0471 115.957 1.6773 9.13E−01 14115.0

234 21.78 0.00 3.4214 193.802 2.8130 1.53E+00 23590.8

235 22.51 0.00 5.0689 287.118 4.1745 2.26E+00 34949.8

236 22.71 0.00 4.7536 269.261 3.9140 2.12E+00 32776.1

237 22.91 0.00 4.3067 243.948 3.5447 1.92E+00 29694.9

238 23.11 0.00 3.8768 219.598 3.1894 1.73E+00 26730.8

239 23.88 0.00 3.5224 199.518 2.8964 1.57E+00 24286.6

240 24.38 0.00 3.6215 205.132 2.9783 1.61E+00 24970.0

241 24.88 0.00 3.6335 205.816 2.9883 1.62E+00 25053.2

242 25.08 0.00 3.0251 171.351 2.4855 1.35E+00 20857.9

243 25.38 0.00 2.0437 115.765 1.6744 9.11E−01 14091.6

244 0.58 999.00 0.0495 2.806 0.0263 2.21E−02 341.5

245 0.86 999.00 0.0490 2.778 0.0259 2.19E−02 338.1

246 1.15 999.00 0.0480 2.717 0.0251 2.14E−02 330.7

247 1.43 999.00 0.0501 2.836 0.0268 2.23E−02 345.2

248 1.72 999.00 0.0495 2.803 0.0263 2.21E−02 341.2

249 2.00 999.00 0.0494 2.800 0.0263 2.20E−02 340.8

250 2.29 999.00 0.0497 2.815 0.0265 2.22E−02 342.7

251 2.57 999.00 0.0484 2.739 0.0254 2.16E−02 333.4

252 2.86 999.00 0.0491 2.783 0.0260 2.19E−02 338.8

253 3.14 999.00 0.0494 2.796 0.0262 2.20E−02 340.3

254 3.43 999.00 0.0490 2.777 0.0259 2.19E−02 338.0

255 999.00 999.00 0.0461 2.610 0.0235 2.05E−02 317.7

256 999.00 999.00 0.0486 2.752 0.0256 2.17E−02 335.0
140

Table A16. Flow Conditions and Pressure Distribution for Run 53

[CR = 9; Re = 2.15 × 106 per foot; 25 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1439.12 (.99224E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1832.51 ( 1018.06)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0638 ( 32.86)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 461.56 (.10729E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.92

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . 0.0349 ( 240.70)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . 92.76 ( 51.53)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.31573E−04 (.16272E−01)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . 0.22123E+02 (.51423E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 472.50 ( 144.02)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 4689.28 ( 1429.29)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . 0.21434E+07 (.70322E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . 2.411 ( 16621.15)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . 0.69076E−07 (.33074E−05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 4.469 ( 30816.27)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1841.17 ( 1022.87)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.20363E−03 (.10495E+00)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0951 2.993 0.0281 2.27E−02 655.4

2 11.18 0.20 0.1069 3.366 0.0333 2.56E−02 737.2

3 12.17 0.20 0.1191 3.751 0.0387 2.85E−02 821.4

4 13.15 0.20 0.1324 4.170 0.0446 3.17E−02 913.2

5 14.21 0.20 0.1500 4.724 0.0524 3.59E−02 1034.5

6 15.14 0.20 0.1718 5.408 0.0620 4.11E−02 1184.3

7 16.13 0.20 0.2134 6.717 0.0805 5.10E−02 1471.1

8 17.12 0.20 0.2972 9.357 0.1176 7.11E−02 2049.2

9 18.11 0.20 0.5682 17.888 0.2377 1.36E−01 3917.5

10 19.74 0.20 0.8132 25.603 0.3463 1.94E−01 5606.9

11 20.55 0.20 0.9337 29.397 0.3997 2.23E−01 6437.8

12 22.56 0.20 1.1151 35.107 0.4801 2.67E−01 7688.4

13 24.98 0.20 0.9535 30.020 0.4085 2.28E−01 6574.3

14 10.59 0.60 0.1727 5.439 0.0625 4.13E−02 1191.0

15 11.58 0.60 0.1534 4.828 0.0539 3.67E−02 1057.4

16 12.57 0.60 0.1491 4.693 0.0520 3.56E−02 1027.9

17 13.56 0.60 0.1503 4.732 0.0525 3.59E−02 1036.3

18 14.60 0.60 0.1626 5.119 0.0580 3.89E−02 1121.0

19 15.54 0.60 0.1886 5.937 0.0695 4.51E−02 1300.2

20 16.53 0.60 0.2382 7.500 0.0915 5.70E−02 1642.5

21 17.52 0.60 0.3286 10.347 0.1316 7.86E−02 2265.9

22 18.51 0.60 0.6332 19.937 0.2666 1.51E−01 4366.2

23 12.97 1.00 0.1819 5.727 0.0665 4.35E−02 1254.1

24 15.00 1.00 0.2053 6.464 0.0769 4.91E−02 1415.6

25 15.94 1.00 0.2255 7.100 0.0859 5.39E−02 1554.9

26 16.93 1.00 0.2652 8.348 0.1034 6.34E−02 1828.2

27 17.92 1.00 0.4099 12.904 0.1676 9.80E−02 2826.0

28 18.91 1.00 0.7638 24.048 0.3244 1.83E−01 5266.4

29 24.98 1.00 1.2341 38.855 0.5329 2.95E−01 8509.3

30 11.99 2.00 0.1742 5.484 0.0631 4.16E−02 1201.0

31 13.97 2.00 0.1529 4.814 0.0537 3.66E−02 1054.3

32 15.98 2.00 0.1708 5.379 0.0616 4.08E−02 1178.0

33 16.94 2.00 0.1811 5.702 0.0662 4.33E−02 1248.7
141

Table A16. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.3449 10.858 0.1388 8.25E−02 2377.9

35 18.42 2.00 0.7716 24.292 0.3279 1.84E−01 5320.0

36 18.92 2.00 0.9647 30.374 0.4135 2.31E−01 6651.9

37 19.41 2.00 0.8752 27.556 0.3738 2.09E−01 6034.6

38 19.91 2.00 0.8989 28.300 0.3843 2.15E−01 6197.7

39 20.26 2.00 1.2678 39.917 0.5478 3.03E−01 8741.8

40 21.11 2.00 1.9353 60.933 0.8436 4.63E−01 13344.1

41 21.96 2.00 2.0784 65.436 0.9070 4.97E−01 14330.3

42 22.74 2.00 1.5091 47.514 0.6547 3.61E−01 10405.4

43 23.52 2.00 1.3190 41.527 0.5705 3.15E−01 9094.4

44 24.98 2.00 1.3370 42.093 0.5784 3.20E−01 9218.3

45 17.94 3.00 0.1809 5.695 0.0661 4.32E−02 1247.1

46 18.93 3.00 0.2520 7.935 0.0976 6.03E−02 1737.7

47 19.92 3.00 0.9213 29.007 0.3942 2.20E−01 6352.4

48 20.91 3.00 1.1768 37.051 0.5075 2.81E−01 8114.2

49 22.11 3.00 3.0304 95.411 1.3290 7.25E−01 20894.9

50 22.96 3.00 2.2711 71.502 0.9924 5.43E−01 15658.9

51 23.74 3.00 2.5285 79.607 1.1065 6.05E−01 17433.9

52 24.98 3.00 4.1755 131.462 1.8364 9.98E−01 28789.8

53 18.34 3.40 0.1765 5.558 0.0642 4.22E−02 1217.2

54 19.32 3.40 0.2130 6.705 0.0803 5.09E−02 1468.3

55 19.82 3.40 0.4551 14.329 0.1876 1.09E−01 3137.9

56 20.32 3.40 0.7737 24.359 0.3288 1.85E−01 5334.5

57 20.81 3.40 1.0039 31.607 0.4308 2.40E−01 6921.9

58 21.31 3.40 1.0924 34.393 0.4700 2.61E−01 7531.9

59 21.66 3.40 1.2817 40.354 0.5540 3.06E−01 8837.5

60 22.94 3.40 4.7108 148.315 2.0737 1.13E+00 32480.7

61 23.75 3.40 5.8124 183.000 2.5619 1.39E+00 40076.6

62 24.14 3.40 4.9260 155.093 2.1691 1.18E+00 33965.0

63 22.29 3.60 5.3275 167.734 2.3470 1.27E+00 36733.3

64 22.71 3.60 5.2249 164.503 2.3015 1.25E+00 36025.9

65 23.14 3.60 5.2118 164.089 2.2957 1.25E+00 35935.1

66 23.95 3.60 5.2049 163.874 2.2927 1.24E+00 35888.0

67 24.34 3.60 5.1550 162.300 2.2705 1.23E+00 35543.4

68 13.79 3.80 0.1364 4.294 0.0464 3.26E−02 940.3

69 15.77 3.80 0.1140 3.590 0.0365 2.73E−02 786.3

70 17.75 3.80 0.1244 3.917 0.0411 2.97E−02 857.8

71 19.23 3.80 0.1747 5.499 0.0633 4.18E−02 1204.2

72 19.73 3.80 0.1937 6.100 0.0718 4.63E−02 1335.8

73 20.22 3.80 0.6279 19.768 0.2642 1.50E−01 4329.2

74 20.72 3.80 1.0167 32.011 0.4365 2.43E−01 7010.3

75 21.41 3.80 1.4881 46.852 0.6454 3.56E−01 10260.6

76 21.71 3.80 1.8719 58.934 0.8155 4.48E−01 12906.4

77 22.06 3.80 4.6786 147.302 2.0594 1.12E+00 32258.7

78 22.49 3.80 5.5946 176.142 2.4654 1.34E+00 38574.6

79 22.76 3.80 5.0316 158.417 2.2159 1.20E+00 34692.9

80 22.91 3.80 5.1845 163.230 2.2836 1.24E+00 35746.9

81 23.76 3.80 5.7052 179.624 2.5144 1.36E+00 39337.2

82 24.15 3.80 5.4347 171.109 2.3945 1.30E+00 37472.4

83 24.98 3.80 5.4755 172.393 2.4126 1.31E+00 37753.7

84 22.59 3.90 5.4023 170.088 2.3801 1.29E+00 37248.9

85 22.80 3.90 5.6251 177.101 2.4789 1.34E+00 38784.8

86 23.01 3.90 5.3495 168.427 2.3568 1.28E+00 36885.1

87 23.15 3.90 5.9058 185.939 2.6033 1.41E+00 40720.2

88 23.86 3.90 5.4960 173.038 2.4217 1.31E+00 37895.0

89 24.25 3.90 5.2436 165.091 2.3098 1.25E+00 36154.6

90 11.99 2.00 0.1778 5.599 0.0647 4.25E−02 1226.1

91 13.97 2.00 0.1646 5.182 0.0589 3.93E−02 1134.8
142

Table A16. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.1779 5.599 0.0647 4.25E−02 1226.3

93 17.93 2.00 0.3753 11.815 0.1522 8.97E−02 2587.5

94 19.91 2.00 1.0145 31.940 0.4355 2.43E−01 6994.8

95 1.00 −0.38 0.0721 2.270 0.0179 1.72E−02 497.1

96 1.00 0.29 0.0697 2.195 0.0168 1.67E−02 480.7

97 1.00 0.91 0.0699 2.199 0.0169 1.67E−02 481.7

98 1.00 1.53 0.0711 2.238 0.0174 1.70E−02 490.0

99 2.50 −0.38 0.0561 1.766 0.0108 1.34E−02 386.7

100 4.00 −0.38 0.0523 1.648 0.0091 1.25E−02 360.9

101 4.00 0.29 0.0518 1.631 0.0089 1.24E−02 357.2

102 4.00 1.53 0.0512 1.611 0.0086 1.22E−02 352.9

103 5.50 −0.38 0.0665 2.094 0.0154 1.59E−02 458.6

104 7.00 −0.38 0.0819 2.577 0.0222 1.96E−02 564.4

105 8.00 −2.28 0.0659 2.074 0.0151 1.57E−02 454.1

106 8.00 −1.88 0.0676 2.129 0.0159 1.62E−02 466.2

107 8.00 −1.49 0.0700 2.204 0.0170 1.67E−02 482.8

108 8.00 −1.04 0.0724 2.280 0.0180 1.73E−02 499.3

109 8.00 −0.38 0.0763 2.401 0.0197 1.82E−02 525.9

110 8.00 −0.13 0.0763 2.404 0.0198 1.83E−02 526.4

111 8.00 0.01 0.0768 2.418 0.0200 1.84E−02 529.6

112 8.00 0.29 0.0764 2.406 0.0198 1.83E−02 527.0

113 8.00 0.74 0.0731 2.301 0.0183 1.75E−02 503.9

114 8.00 1.13 0.0706 2.223 0.0172 1.69E−02 486.8

115 8.00 1.53 0.0685 2.157 0.0163 1.64E−02 472.4

116 9.00 −0.38 0.0815 2.567 0.0221 1.95E−02 562.2

117 9.00 −0.13 0.0829 2.610 0.0227 1.98E−02 571.6

118 9.00 0.01 0.0827 2.605 0.0226 1.98E−02 570.4

119 9.00 0.29 0.0817 2.574 0.0222 1.95E−02 563.6

120 9.00 0.64 0.0754 2.373 0.0193 1.80E−02 519.8

121 9.00 0.95 0.0636 2.003 0.0141 1.52E−02 438.6

122 10.00 −0.38 0.0922 2.904 0.0268 2.21E−02 636.0

123 10.00 −0.13 0.0947 2.980 0.0279 2.26E−02 652.7

124 10.00 0.01 0.0956 3.008 0.0283 2.28E−02 658.8

125 10.00 0.29 0.0930 2.929 0.0272 2.22E−02 641.4

126 10.00 0.53 0.0888 2.795 0.0253 2.12E−02 612.0

127 10.00 0.71 0.0889 2.798 0.0253 2.13E−02 612.8

128 10.00 0.85 0.0888 2.794 0.0253 2.12E−02 611.9

129 10.00 0.97 0.0918 2.892 0.0266 2.20E−02 633.3

130 11.00 −0.38 0.0947 2.983 0.0279 2.27E−02 653.3

131 11.00 −0.13 0.1044 3.288 0.0322 2.50E−02 720.1

132 11.00 0.01 0.1061 3.342 0.0330 2.54E−02 731.8

133 11.00 0.15 0.1046 3.293 0.0323 2.50E−02 721.3

134 11.00 0.43 0.0995 3.132 0.0300 2.38E−02 685.9

135 11.00 0.60 0.0997 3.140 0.0301 2.38E−02 687.6

136 11.00 0.74 0.1045 3.289 0.0322 2.50E−02 720.3

137 11.00 0.86 0.1065 3.353 0.0331 2.55E−02 734.4

138 12.00 −0.38 0.1122 3.532 0.0356 2.68E−02 773.5

139 12.00 −0.13 0.1147 3.611 0.0368 2.74E−02 790.9

140 12.00 0.01 0.1170 3.682 0.0378 2.80E−02 806.4

141 12.00 0.15 0.1151 3.623 0.0369 2.75E−02 793.4

142 12.00 0.32 0.1105 3.479 0.0349 2.64E−02 761.8

143 12.00 0.50 0.1129 3.553 0.0359 2.70E−02 778.2

144 12.00 0.64 0.1191 3.751 0.0387 2.85E−02 821.5

145 12.00 0.76 0.1188 3.739 0.0386 2.84E−02 818.9

146 13.00 −0.38 0.1280 4.029 0.0426 3.06E−02 882.3

147 13.00 −0.13 0.1284 4.042 0.0428 3.07E−02 885.2

148 13.00 0.01 0.1301 4.098 0.0436 3.11E−02 897.4

149 13.00 0.15 0.1280 4.031 0.0427 3.06E−02 882.8
143

Table A16. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.27 0.1271 4.000 0.0422 3.04E−02 876.0

151 13.00 0.39 0.1276 4.018 0.0425 3.05E−02 879.9

152 13.00 0.53 0.1318 4.149 0.0443 3.15E−02 908.5

153 13.00 0.65 0.1314 4.136 0.0441 3.14E−02 905.8

154 14.00 −0.38 0.1511 4.757 0.0529 3.61E−02 1041.8

155 14.00 −0.13 0.1475 4.644 0.0513 3.53E−02 1017.0

156 14.00 0.01 0.1484 4.672 0.0517 3.55E−02 1023.2

157 14.00 0.15 0.1482 4.665 0.0516 3.54E−02 1021.7

158 14.00 0.29 0.1454 4.576 0.0503 3.48E−02 1002.2

159 14.00 0.43 0.1502 4.728 0.0525 3.59E−02 1035.5

160 14.00 0.55 0.1455 4.581 0.0504 3.48E−02 1003.2

161 15.00 −0.38 0.1728 5.440 0.0625 4.13E−02 1191.4

162 15.00 −0.13 0.1768 5.567 0.0643 4.23E−02 1219.2

163 15.00 0.01 0.1775 5.588 0.0646 4.24E−02 1223.7

164 15.00 0.32 0.1760 5.541 0.0639 4.21E−02 1213.5

165 15.00 0.44 0.1704 5.366 0.0615 4.08E−02 1175.2

166 16.00 −0.38 0.2139 6.734 0.0807 5.11E−02 1474.7

167 16.00 −0.13 0.2216 6.978 0.0841 5.30E−02 1528.1

168 16.00 0.01 0.2217 6.979 0.0842 5.30E−02 1528.3

169 16.00 0.11 0.2212 6.964 0.0840 5.29E−02 1525.1

170 16.00 0.22 0.2194 6.907 0.0832 5.25E−02 1512.7

171 16.00 0.34 0.2131 6.708 0.0804 5.09E−02 1469.1

172 17.00 −0.38 0.3182 10.020 0.1270 7.61E−02 2194.3

173 17.00 −0.13 0.3002 9.452 0.1190 7.18E−02 2069.9

174 17.00 0.01 0.3015 9.492 0.1195 7.21E−02 2078.8

175 17.00 0.11 0.3002 9.450 0.1190 7.18E−02 2069.6

176 17.00 0.23 0.3064 9.647 0.1217 7.33E−02 2112.6

177 18.00 −0.38 0.5750 18.103 0.2407 1.37E−01 3964.5

178 18.00 −0.13 0.5602 17.638 0.2342 1.34E−01 3862.6

179 18.00 0.01 0.5515 17.363 0.2303 1.32E−01 3802.5

180 18.00 0.13 0.5609 17.660 0.2345 1.34E−01 3867.5

181 18.50 −0.38 0.7091 22.326 0.3002 1.70E−01 4889.4

182 18.50 −0.13 0.7553 23.779 0.3206 1.81E−01 5207.5

183 18.50 0.01 0.7518 23.670 0.3191 1.80E−01 5183.7

184 18.60 0.05 0.7504 23.626 0.3185 1.79E−01 5174.1

185 18.50 0.10 0.7596 23.915 0.3226 1.82E−01 5237.4

186 19.20 −0.38 0.7673 24.158 0.3260 1.83E−01 5290.5

187 19.20 −0.13 0.7619 23.989 0.3236 1.82E−01 5253.5

188 19.20 0.01 0.7563 23.811 0.3211 1.81E−01 5214.6

189 19.30 0.05 0.7668 24.142 0.3258 1.83E−01 5287.0

190 19.20 0.10 0.7618 23.986 0.3236 1.82E−01 5252.8

191 20.00 −0.38 0.8600 27.076 0.3671 2.06E−01 5929.5

192 20.00 −0.13 0.8604 27.090 0.3673 2.06E−01 5932.8

193 20.00 0.01 0.8570 26.981 0.3657 2.05E−01 5908.8

194 20.10 0.05 0.8761 27.583 0.3742 2.09E−01 6040.6

195 20.00 0.10 0.8591 27.048 0.3667 2.05E−01 5923.4

196 20.80 −0.38 0.9849 31.010 0.4224 2.35E−01 6791.1

197 20.80 −0.13 0.9826 30.936 0.4214 2.35E−01 6774.9

198 20.80 0.01 0.9806 30.874 0.4205 2.34E−01 6761.4

199 20.90 0.05 0.9948 31.320 0.4268 2.38E−01 6859.1

200 20.80 0.10 0.9833 30.957 0.4217 2.35E−01 6779.6

201 21.60 −0.38 1.0702 33.693 0.4602 2.56E−01 7378.7

202 21.60 −0.13 1.0749 33.841 0.4623 2.57E−01 7411.1

203 21.60 0.01 1.0775 33.925 0.4635 2.58E−01 7429.4

204 21.70 0.05 1.0839 34.125 0.4663 2.59E−01 7473.3

205 21.60 0.10 1.0822 34.071 0.4655 2.59E−01 7461.5

206 22.40 −0.38 1.1260 35.452 0.4850 2.69E−01 7763.8

207 22.40 −0.13 1.1303 35.585 0.4868 2.70E−01 7793.1
144

Table A16. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.01 1.1317 35.631 0.4875 2.71E−01 7803.1

209 22.50 0.05 1.1387 35.852 0.4906 2.72E−01 7851.4

210 22.40 0.10 1.1353 35.745 0.4891 2.71E−01 7828.2

211 23.20 −0.38 1.1632 36.622 0.5014 2.78E−01 8020.1

212 23.20 −0.13 1.1677 36.763 0.5034 2.79E−01 8051.0

213 23.20 0.01 1.1700 36.838 0.5045 2.80E−01 8067.4

214 23.30 0.05 1.1793 37.129 0.5086 2.82E−01 8131.2

215 23.20 0.10 1.1718 36.892 0.5052 2.80E−01 8079.4

216 24.00 −0.38 1.1723 36.910 0.5055 2.80E−01 8083.2

217 24.00 −0.13 1.1887 37.426 0.5127 2.84E−01 8196.2

218 24.00 0.01 1.1921 37.532 0.5142 2.85E−01 8219.5

219 24.10 0.05 1.1922 37.535 0.5143 2.85E−01 8220.0

220 24.00 0.10 1.1955 37.640 0.5158 2.86E−01 8243.2

221 25.00 −0.38 0.9138 28.771 0.3909 2.18E−01 6300.7

222 25.00 −0.13 0.9077 28.578 0.3882 2.17E−01 6258.4

223 25.00 0.01 0.9413 29.635 0.4031 2.25E−01 6489.9

224 25.10 0.05 0.7767 24.455 0.3302 1.86E−01 5355.6

225 25.00 0.10 0.9158 28.832 0.3918 2.19E−01 6314.2

226 9.00 999.00 3.1007 97.625 1.3601 7.41E−01 21379.6

227 0.00 −2.63 4.2038 132.353 1.8490 1.01E+00 28985.1

228 0.00 −0.67 4.2610 134.154 1.8743 1.02E+00 29379.5

229 0.00 1.88 4.1551 130.819 1.8274 9.93E−01 28649.1

230 20.58 0.00 0.8824 27.781 0.3770 2.11E−01 6084.0

231 20.78 0.00 1.1094 34.928 0.4776 2.65E−01 7649.2

232 20.98 0.00 1.3202 41.565 0.5710 3.16E−01 9102.7

233 21.38 0.00 1.8136 57.099 0.7897 4.34E−01 12504.5

234 21.78 0.00 2.9226 92.017 1.2812 6.99E−01 20151.6

235 22.51 0.00 5.3581 168.695 2.3605 1.28E+00 36943.9

236 22.71 0.00 6.0270 189.756 2.6570 1.44E+00 41556.2

237 22.91 0.00 5.4715 172.266 2.4108 1.31E+00 37725.9

238 23.11 0.00 5.3079 167.117 2.3383 1.27E+00 36598.2

239 23.88 0.00 5.6570 178.107 2.4930 1.35E+00 39004.9

240 24.38 0.00 5.5317 174.163 2.4375 1.32E+00 38141.3

241 24.88 0.00 5.6291 177.228 2.4806 1.35E+00 38812.6

242 25.08 0.00 5.0106 157.757 2.2066 1.20E+00 34548.4

243 25.38 0.00 3.2687 102.912 1.4345 7.82E−01 22537.5

244 0.58 999.00 0.0623 1.962 0.0135 1.49E−02 429.6

245 0.86 999.00 0.0631 1.988 0.0139 1.51E−02 435.3

246 1.15 999.00 0.0630 1.984 0.0139 1.51E−02 434.6

247 1.43 999.00 0.0626 1.972 0.0137 1.50E−02 431.9

248 1.72 999.00 0.0603 1.898 0.0126 1.44E−02 415.6

249 2.00 999.00 0.0639 2.011 0.0142 1.53E−02 440.4

250 2.29 999.00 0.0612 1.927 0.0130 1.46E−02 422.0

251 2.57 999.00 0.0633 1.994 0.0140 1.51E−02 436.6

252 2.86 999.00 0.0629 1.979 0.0138 1.50E−02 433.5

253 3.14 999.00 0.0629 1.981 0.0138 1.50E−02 433.8

254 3.43 999.00 0.0637 2.005 0.0142 1.52E−02 439.2

255 999.00 999.00 0.0605 1.906 0.0128 1.45E−02 417.4

256 999.00 999.00 0.0605 1.904 0.0127 1.45E−02 416.9
145

Table A17. Flow Conditions and Pressure Distribution for Run 54

[CR = 9; Re = 2.15 × 106 per foot; 25 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1438.08 (.99152E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1805.70 ( 1003.17)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0646 ( 33.32)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 454.15 (.10556E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.94

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . 0.0348 ( 239.62)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . 91.08 ( 50.60)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.32012E−04 (.16499E−01)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . 0.21722E+02 (.50491E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 468.19 ( 142.71)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 4651.73 ( 1417.85)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . 0.22031E+07 (.72281E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . 2.405 ( 16583.43)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . 0.67592E−07 (.32363E−05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 4.458 ( 30753.98)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1814.07 ( 1007.82)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.20617E−03 (.10626E+00)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0940 2.967 0.0276 2.25E−02 647.9

2 11.18 0.20 0.1051 3.319 0.0326 2.52E−02 724.9

3 12.17 0.20 0.1170 3.692 0.0378 2.80E−02 806.4

4 13.15 0.20 0.1300 4.104 0.0436 3.11E−02 896.3

5 14.21 0.20 0.1476 4.661 0.0514 3.53E−02 1017.9

6 15.14 0.20 0.1737 5.483 0.0630 4.16E−02 1197.5

7 16.13 0.20 0.2149 6.784 0.0813 5.14E−02 1481.7

8 17.12 0.20 0.2995 9.454 0.1188 7.17E−02 2064.7

9 18.11 0.20 0.5754 18.166 0.2412 1.38E−01 3967.7

10 19.74 0.20 0.8266 26.095 0.3526 1.98E−01 5699.3

11 20.55 0.20 0.9516 30.041 0.4081 2.28E−01 6561.2

12 22.56 0.20 1.1247 35.505 0.4849 2.69E−01 7754.6

13 24.98 0.20 0.9572 30.219 0.4106 2.29E−01 6600.0

14 10.59 0.60 0.1695 5.352 0.0612 4.06E−02 1169.0

15 11.58 0.60 0.1507 4.759 0.0528 3.61E−02 1039.4

16 12.57 0.60 0.1498 4.730 0.0524 3.59E−02 1033.1

17 13.56 0.60 0.1506 4.753 0.0527 3.60E−02 1038.1

18 14.60 0.60 0.1624 5.128 0.0580 3.89E−02 1120.0

19 15.54 0.60 0.1905 6.015 0.0705 4.56E−02 1313.8

20 16.53 0.60 0.2392 7.552 0.0921 5.73E−02 1649.3

21 17.52 0.60 0.3299 10.415 0.1323 7.90E−02 2274.8

22 18.51 0.60 0.6425 20.283 0.2710 1.54E−01 4430.0

23 12.97 1.00 0.1815 5.730 0.0665 4.34E−02 1251.5

24 15.00 1.00 0.2049 6.467 0.0768 4.90E−02 1412.5

25 15.94 1.00 0.2259 7.130 0.0861 5.41E−02 1557.3

26 16.93 1.00 0.2667 8.420 0.1043 6.38E−02 1839.1

27 17.92 1.00 0.4128 13.033 0.1691 9.88E−02 2846.4

28 18.91 1.00 0.7730 24.403 0.3289 1.85E−01 5329.8

29 24.98 1.00 1.2443 39.283 0.5380 2.98E−01 8579.7

30 11.99 2.00 0.1742 5.499 0.0632 4.17E−02 1201.1

31 13.97 2.00 0.1536 4.848 0.0541 3.68E−02 1058.8

32 15.98 2.00 0.1708 5.393 0.0617 4.09E−02 1177.9

33 16.94 2.00 0.1818 5.740 0.0666 4.35E−02 1253.6
146

Table A17. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.3424 10.809 0.1378 8.20E−02 2360.7

35 18.42 2.00 0.7680 24.246 0.3267 1.84E−01 5295.5

36 18.92 2.00 0.9653 30.475 0.4142 2.31E−01 6656.0

37 19.41 2.00 0.8799 27.778 0.3763 2.11E−01 6066.9

38 19.91 2.00 0.9041 28.541 0.3870 2.16E−01 6233.5

39 20.26 2.00 1.2779 40.343 0.5529 3.06E−01 8811.2

40 21.11 2.00 1.9306 60.948 0.8424 4.62E−01 13311.6

41 21.96 2.00 2.0799 65.662 0.9087 4.98E−01 14341.1

42 22.74 2.00 1.5457 48.798 0.6717 3.70E−01 10657.9

43 23.52 2.00 1.3333 42.091 0.5774 3.19E−01 9193.0

44 24.98 2.00 1.3604 42.947 0.5895 3.26E−01 9380.0

45 17.94 3.00 0.1818 5.740 0.0666 4.35E−02 1253.6

46 18.93 3.00 0.2543 8.029 0.0988 6.09E−02 1753.7

47 19.92 3.00 0.9224 29.119 0.3951 2.21E−01 6359.7

48 20.91 3.00 1.1840 37.378 0.5112 2.83E−01 8163.5

49 22.11 3.00 3.0550 96.445 1.3412 7.31E−01 21064.2

50 22.96 3.00 2.2767 71.873 0.9959 5.45E−01 15697.6

51 23.74 3.00 2.5224 79.629 1.1049 6.04E−01 17391.6

52 24.98 3.00 4.2110 132.940 1.8541 1.01E+00 29035.0

53 18.34 3.40 0.1764 5.569 0.0642 4.22E−02 1216.4

54 19.32 3.40 0.2188 6.907 0.0830 5.24E−02 1508.6

55 19.82 3.40 0.4587 14.479 0.1894 1.10E−01 3162.4

56 20.32 3.40 0.7786 24.581 0.3314 1.86E−01 5368.7

57 20.81 3.40 1.0125 31.965 0.4351 2.42E−01 6981.4

58 21.31 3.40 1.0937 34.528 0.4712 2.62E−01 7541.2

59 21.66 3.40 1.2749 40.248 0.5515 3.05E−01 8790.4

60 22.94 3.40 4.6636 147.226 2.0548 1.12E+00 32155.3

61 23.75 3.40 5.8384 184.316 2.5760 1.40E+00 40256.0

62 24.14 3.40 4.9321 155.703 2.1739 1.18E+00 34006.6

63 22.29 3.60 5.2775 166.607 2.3272 1.26E+00 36388.2

64 22.71 3.60 5.2288 165.072 2.3056 1.25E+00 36052.9

65 23.14 3.60 5.2203 164.801 2.3018 1.25E+00 35993.8

66 23.95 3.60 5.2094 164.457 2.2970 1.25E+00 35918.7

67 24.34 3.60 5.1613 162.940 2.2756 1.24E+00 35587.2

68 13.79 3.80 0.1369 4.320 0.0467 3.28E−02 943.6

69 15.77 3.80 0.1150 3.632 0.0370 2.75E−02 793.3

70 17.75 3.80 0.1260 3.976 0.0418 3.02E−02 868.5

71 19.23 3.80 0.1798 5.677 0.0657 4.30E−02 1240.0

72 19.73 3.80 0.2010 6.347 0.0751 4.81E−02 1386.2

73 20.22 3.80 0.6297 19.880 0.2653 1.51E−01 4342.0

74 20.72 3.80 1.0160 32.075 0.4367 2.43E−01 7005.5

75 21.41 3.80 1.4884 46.986 0.6462 3.56E−01 10262.2

76 21.71 3.80 1.8616 58.771 0.8118 4.46E−01 12835.9

77 22.06 3.80 4.6702 147.436 2.0578 1.12E+00 32201.0

78 22.49 3.80 5.6152 177.268 2.4770 1.34E+00 38716.6

79 22.76 3.80 5.0179 158.411 2.2120 1.20E+00 34598.1

80 22.91 3.80 5.1887 163.803 2.2878 1.24E+00 35775.9

81 23.76 3.80 5.7211 180.611 2.5240 1.37E+00 39446.7

82 24.15 3.80 5.4412 171.775 2.3998 1.30E+00 37516.9

83 24.98 3.80 5.4959 173.502 2.4241 1.32E+00 37894.1

84 22.59 3.90 5.4222 171.175 2.3914 1.30E+00 37385.9

85 22.80 3.90 5.6399 178.048 2.4879 1.35E+00 38886.9

86 23.01 3.90 5.3614 169.256 2.3644 1.28E+00 36966.7

87 23.15 3.90 5.9137 186.692 2.6094 1.42E+00 40774.8

88 23.86 3.90 5.5045 173.773 2.4279 1.32E+00 37953.3

89 24.25 3.90 5.2558 165.923 2.3176 1.26E+00 36238.9

90 11.99 2.00 0.1772 5.595 0.0646 4.24E−02 1221.9

91 13.97 2.00 0.1643 5.188 0.0589 3.93E−02 1133.1
147

Table A17. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.1774 5.601 0.0647 4.25E−02 1223.4

93 17.93 2.00 0.3750 11.839 0.1523 8.98E−02 2585.7

94 19.91 2.00 1.0088 31.846 0.4335 2.41E−01 6955.4

95 1.00 −0.38 0.0720 2.273 0.0179 1.72E−02 496.5

96 1.00 0.29 0.0697 2.200 0.0169 1.67E−02 480.6

97 1.00 0.91 0.0702 2.216 0.0171 1.68E−02 484.1

98 1.00 1.53 0.0708 2.236 0.0174 1.70E−02 488.4

99 2.50 −0.38 0.0564 1.780 0.0110 1.35E−02 388.8

100 4.00 −0.38 0.0528 1.668 0.0094 1.26E−02 364.3

101 4.00 0.29 0.0527 1.663 0.0093 1.26E−02 363.1

102 4.00 1.53 0.0516 1.629 0.0088 1.23E−02 355.7

103 5.50 −0.38 0.0661 2.085 0.0153 1.58E−02 455.5

104 7.00 −0.38 0.0810 2.557 0.0219 1.94E−02 558.5

105 8.00 −2.28 0.0659 2.080 0.0152 1.58E−02 454.2

106 8.00 −1.88 0.0678 2.141 0.0160 1.62E−02 467.5

107 8.00 −1.49 0.0701 2.214 0.0171 1.68E−02 483.6

108 8.00 −1.04 0.0723 2.281 0.0180 1.73E−02 498.2

109 8.00 −0.38 0.0760 2.400 0.0197 1.82E−02 524.2

110 8.00 −0.13 0.0760 2.398 0.0196 1.82E−02 523.8

111 8.00 0.01 0.0766 2.418 0.0199 1.83E−02 528.0

112 8.00 0.29 0.0764 2.411 0.0198 1.83E−02 526.6

113 8.00 0.74 0.0735 2.319 0.0185 1.76E−02 506.5

114 8.00 1.13 0.0706 2.228 0.0173 1.69E−02 486.6

115 8.00 1.53 0.0690 2.177 0.0165 1.65E−02 475.5

116 9.00 −0.38 0.0807 2.547 0.0217 1.93E−02 556.2

117 9.00 −0.13 0.0819 2.584 0.0223 1.96E−02 564.4

118 9.00 0.01 0.0815 2.572 0.0221 1.95E−02 561.7

119 9.00 0.29 0.0808 2.551 0.0218 1.93E−02 557.1

120 9.00 0.64 0.0780 2.461 0.0205 1.87E−02 537.6

121 9.00 0.95 0.0653 2.061 0.0149 1.56E−02 450.1

122 10.00 −0.38 0.0935 2.952 0.0274 2.24E−02 644.8

123 10.00 −0.13 0.0958 3.024 0.0284 2.29E−02 660.4

124 10.00 0.01 0.0966 3.050 0.0288 2.31E−02 666.2

125 10.00 0.29 0.0938 2.963 0.0276 2.25E−02 647.1

126 10.00 0.53 0.0910 2.872 0.0263 2.18E−02 627.3

127 10.00 0.71 0.0898 2.835 0.0258 2.15E−02 619.2

128 10.00 0.85 0.0893 2.819 0.0256 2.14E−02 615.7

129 10.00 0.97 0.0943 2.978 0.0278 2.26E−02 650.3

130 11.00 −0.38 0.1108 3.498 0.0351 2.65E−02 764.0

131 11.00 −0.13 0.1061 3.350 0.0330 2.54E−02 731.6

132 11.00 0.01 0.1067 3.369 0.0333 2.55E−02 735.9

133 11.00 0.15 0.1058 3.340 0.0329 2.53E−02 729.4

134 11.00 0.43 0.0994 3.138 0.0300 2.38E−02 685.4

135 11.00 0.60 0.1002 3.163 0.0304 2.40E−02 690.7

136 11.00 0.74 0.1095 3.457 0.0345 2.62E−02 755.1

137 11.00 0.86 0.1084 3.423 0.0340 2.60E−02 747.6

138 12.00 −0.38 0.1130 3.568 0.0361 2.71E−02 779.2

139 12.00 −0.13 0.1158 3.655 0.0373 2.77E−02 798.2

140 12.00 0.01 0.1179 3.722 0.0383 2.82E−02 813.0

141 12.00 0.15 0.1159 3.660 0.0374 2.78E−02 799.4

142 12.00 0.32 0.1113 3.513 0.0353 2.66E−02 767.3

143 12.00 0.50 0.1147 3.621 0.0368 2.75E−02 790.8

144 12.00 0.64 0.1197 3.779 0.0391 2.87E−02 825.3

145 12.00 0.76 0.1201 3.791 0.0392 2.87E−02 828.0

146 13.00 −0.38 0.1284 4.052 0.0429 3.07E−02 885.1

147 13.00 −0.13 0.1292 4.078 0.0433 3.09E−02 890.6

148 13.00 0.01 0.1303 4.114 0.0438 3.12E−02 898.5

149 13.00 0.15 0.1288 4.068 0.0431 3.08E−02 888.4
148

Table A17. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.27 0.1286 4.059 0.0430 3.08E−02 886.5

151 13.00 0.39 0.1304 4.118 0.0438 3.12E−02 899.3

152 13.00 0.53 0.1330 4.200 0.0450 3.18E−02 917.2

153 13.00 0.65 0.1329 4.196 0.0449 3.18E−02 916.5

154 14.00 −0.38 0.1529 4.828 0.0538 3.66E−02 1054.5

155 14.00 −0.13 0.1491 4.706 0.0521 3.57E−02 1027.9

156 14.00 0.01 0.1505 4.752 0.0527 3.60E−02 1038.0

157 14.00 0.15 0.1497 4.726 0.0524 3.58E−02 1032.1

158 14.00 0.29 0.1495 4.720 0.0523 3.58E−02 1030.8

159 14.00 0.43 0.1515 4.782 0.0531 3.63E−02 1044.3

160 14.00 0.55 0.1464 4.621 0.0509 3.50E−02 1009.3

161 15.00 −0.38 0.1751 5.528 0.0636 4.19E−02 1207.3

162 15.00 −0.13 0.1791 5.653 0.0654 4.29E−02 1234.8

163 15.00 0.01 0.1793 5.659 0.0655 4.29E−02 1236.0

164 15.00 0.32 0.1782 5.625 0.0650 4.26E−02 1228.5

165 15.00 0.44 0.1720 5.429 0.0622 4.12E−02 1185.8

166 16.00 −0.38 0.2154 6.800 0.0815 5.16E−02 1485.2

167 16.00 −0.13 0.2230 7.039 0.0849 5.34E−02 1537.4

168 16.00 0.01 0.2224 7.020 0.0846 5.32E−02 1533.3

169 16.00 0.11 0.2225 7.024 0.0847 5.33E−02 1534.2

170 16.00 0.22 0.2208 6.969 0.0839 5.28E−02 1522.1

171 16.00 0.34 0.2151 6.790 0.0814 5.15E−02 1482.9

172 17.00 −0.38 0.3219 10.163 0.1288 7.71E−02 2219.7

173 17.00 −0.13 0.3020 9.534 0.1199 7.23E−02 2082.3

174 17.00 0.01 0.3036 9.583 0.1206 7.27E−02 2093.0

175 17.00 0.11 0.3016 9.521 0.1197 7.22E−02 2079.5

176 17.00 0.23 0.3062 9.665 0.1218 7.33E−02 2110.9

177 18.00 −0.38 0.5832 18.410 0.2447 1.40E−01 4020.9

178 18.00 −0.13 0.5685 17.946 0.2381 1.36E−01 3919.5

179 18.00 0.01 0.5590 17.648 0.2339 1.34E−01 3854.5

180 18.00 0.13 0.5676 17.918 0.2377 1.36E−01 3913.3

181 18.50 −0.38 0.7172 22.643 0.3041 1.72E−01 4945.3

182 18.50 −0.13 0.7610 24.025 0.3236 1.82E−01 5247.3

183 18.50 0.01 0.7587 23.952 0.3225 1.82E−01 5231.3

184 18.60 0.05 0.7555 23.850 0.3211 1.81E−01 5209.1

185 18.50 0.10 0.7669 24.212 0.3262 1.84E−01 5288.1

186 19.20 −0.38 0.7813 24.667 0.3326 1.87E−01 5387.4

187 19.20 −0.13 0.7745 24.450 0.3295 1.85E−01 5340.0

188 19.20 0.01 0.7685 24.261 0.3269 1.84E−01 5298.8

189 19.30 0.05 0.7795 24.607 0.3317 1.87E−01 5374.4

190 19.20 0.10 0.7733 24.414 0.3290 1.85E−01 5332.1

191 20.00 −0.38 0.8778 27.713 0.3754 2.10E−01 6052.7

192 20.00 −0.13 0.8798 27.774 0.3762 2.11E−01 6066.0

193 20.00 0.01 0.8774 27.698 0.3752 2.10E−01 6049.4

194 20.10 0.05 0.8969 28.315 0.3838 2.15E−01 6184.3

195 20.00 0.10 0.8786 27.737 0.3757 2.10E−01 6058.1

196 20.80 −0.38 1.0046 31.713 0.4316 2.40E−01 6926.4

197 20.80 −0.13 1.0055 31.743 0.4320 2.41E−01 6932.8

198 20.80 0.01 1.0041 31.700 0.4314 2.40E−01 6923.6

199 20.90 0.05 1.0171 32.108 0.4371 2.43E−01 7012.6

200 20.80 0.10 1.0067 31.782 0.4326 2.41E−01 6941.3

201 21.60 −0.38 1.0870 34.317 0.4682 2.60E−01 7495.1

202 21.60 −0.13 1.0903 34.421 0.4697 2.61E−01 7517.9

203 21.60 0.01 1.0912 34.450 0.4701 2.61E−01 7524.1

204 21.70 0.05 1.0977 34.653 0.4729 2.63E−01 7568.6

205 21.60 0.10 1.0988 34.688 0.4734 2.63E−01 7576.2

206 22.40 −0.38 1.1411 36.025 0.4922 2.73E−01 7868.0

207 22.40 −0.13 1.1440 36.115 0.4935 2.74E−01 7887.8
149

Table A17. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.01 1.1427 36.074 0.4929 2.74E−01 7878.8

209 22.50 0.05 1.1501 36.308 0.4962 2.75E−01 7929.9

210 22.40 0.10 1.1485 36.256 0.4954 2.75E−01 7918.6

211 23.20 −0.38 1.1731 37.035 0.5064 2.81E−01 8088.7

212 23.20 −0.13 1.1798 37.247 0.5094 2.82E−01 8135.0

213 23.20 0.01 1.1856 37.429 0.5119 2.84E−01 8174.8

214 23.30 0.05 1.1910 37.598 0.5143 2.85E−01 8211.7

215 23.20 0.10 1.1849 37.407 0.5116 2.84E−01 8169.9

216 24.00 −0.38 1.1794 37.234 0.5092 2.82E−01 8132.2

217 24.00 −0.13 1.1976 37.809 0.5172 2.87E−01 8257.7

218 24.00 0.01 1.2019 37.944 0.5191 2.88E−01 8287.2

219 24.10 0.05 1.1995 37.867 0.5181 2.87E−01 8270.4

220 24.00 0.10 1.2063 38.081 0.5211 2.89E−01 8317.2

221 25.00 −0.38 0.9217 29.096 0.3948 2.21E−01 6354.8

222 25.00 −0.13 0.9123 28.801 0.3907 2.18E−01 6290.3

223 25.00 0.01 0.9445 29.818 0.4050 2.26E−01 6512.4

224 25.10 0.05 0.7838 24.743 0.3336 1.88E−01 5404.1

225 25.00 0.10 0.9213 29.085 0.3947 2.21E−01 6352.5

226 9.00 999.00 3.1211 98.530 1.3705 7.47E−01 21519.8

227 0.00 −2.63 4.1978 132.523 1.8482 1.00E+00 28944.0

228 0.00 −0.67 4.2562 134.367 1.8741 1.02E+00 29346.8

229 0.00 1.88 4.1586 131.286 1.8308 9.95E−01 28673.8

230 20.58 0.00 0.8818 27.839 0.3771 2.11E−01 6080.1

231 20.78 0.00 1.1074 34.961 0.4772 2.65E−01 7635.7

232 20.98 0.00 1.3159 41.543 0.5697 3.15E−01 9073.4

233 21.38 0.00 1.8071 57.050 0.7876 4.33E−01 12460.1

234 21.78 0.00 2.9219 92.242 1.2822 6.99E−01 20146.4

235 22.51 0.00 5.3730 169.622 2.3695 1.29E+00 37046.6

236 22.71 0.00 6.0543 191.131 2.6718 1.45E+00 41744.4

237 22.91 0.00 5.4893 173.293 2.4211 1.31E+00 37848.4

238 23.11 0.00 5.3133 167.737 2.3430 1.27E+00 36634.9

239 23.88 0.00 5.6947 179.777 2.5122 1.36E+00 39264.7

240 24.38 0.00 5.5479 175.145 2.4472 1.33E+00 38253.0

241 24.88 0.00 5.6468 178.267 2.4910 1.35E+00 38934.8

242 25.08 0.00 5.0094 158.144 2.2082 1.20E+00 34539.8

243 25.38 0.00 3.2751 103.393 1.4389 7.84E−01 22581.9

244 0.58 999.00 0.0696 2.197 0.0168 1.67E−02 479.8

245 0.86 999.00 0.0704 2.223 0.0172 1.69E−02 485.6

246 1.15 999.00 0.0691 2.180 0.0166 1.65E−02 476.1

247 1.43 999.00 0.0696 2.196 0.0168 1.67E−02 479.6

248 1.72 999.00 0.0686 2.167 0.0164 1.64E−02 473.2

249 2.00 999.00 0.0700 2.211 0.0170 1.68E−02 482.9

250 2.29 999.00 0.0695 2.194 0.0168 1.66E−02 479.1

251 2.57 999.00 0.0704 2.222 0.0172 1.69E−02 485.4

252 2.86 999.00 0.0694 2.191 0.0167 1.66E−02 478.6

253 3.14 999.00 0.0692 2.186 0.0167 1.66E−02 477.4

254 3.43 999.00 0.0682 2.152 0.0162 1.63E−02 470.1

255 999.00 999.00 0.0668 2.110 0.0156 1.60E−02 460.8

256 999.00 999.00 0.0673 2.124 0.0158 1.61E−02 463.9
150

Table A18. Flow Conditions and Pressure Distribution for Run 55

[CR = 9; Re = 0.55 × 106 per foot; 50 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 343.83 (.23706E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1846.14 ( 1025.63)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0155 ( 7.99)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 463.47 (.10773E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.66

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . 0.0098 ( 67.42)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . 97.99 ( 54.44)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.83713E−05 (.43144E−02)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . 0.23371E+02 (.54324E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 485.64 ( 148.02)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 4692.81 ( 1430.37)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . 0.53310E+06 (.17490E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . 0.640 ( 4413.52)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . 0.73691E−07 (.35284E−05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 1.187 ( 8183.75)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1848.15 ( 1026.75)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.53881E−04 (.27769E−01)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0514 5.550 0.0684 4.50E−02 354.6

2 11.18 0.20 0.0567 6.124 0.0770 4.96E−02 391.3

3 12.17 0.20 0.0624 6.734 0.0862 5.46E−02 430.2

4 13.15 0.20 0.0684 7.378 0.0959 5.98E−02 471.4

5 14.21 0.20 0.0797 8.606 0.1143 6.98E−02 549.8

6 15.14 0.20 0.0924 9.969 0.1348 8.08E−02 636.9

7 16.13 0.20 0.1087 11.736 0.1614 9.51E−02 749.8

8 17.12 0.20 0.1364 14.716 0.2061 1.19E−01 940.2

9 18.11 0.20 0.1699 18.340 0.2606 1.49E−01 1171.7

10 19.74 0.20 0.5422 58.516 0.8644 4.74E−01 3738.6

11 20.55 0.20 0.6984 75.372 1.1178 6.11E−01 4815.5

12 22.56 0.20 1.0380 112.017 1.6686 9.08E−01 7156.7

13 24.98 0.20 0.9840 106.195 1.5811 8.61E−01 6784.8

14 10.59 0.60 0.0509 5.492 0.0675 4.45E−02 350.9

15 11.58 0.60 0.0562 6.070 0.0762 4.92E−02 387.8

16 12.57 0.60 0.0691 7.454 0.0970 6.04E−02 476.3

17 13.56 0.60 0.0753 8.126 0.1071 6.59E−02 519.2

18 14.60 0.60 0.0834 8.997 0.1202 7.29E−02 574.8

19 15.54 0.60 0.0962 10.386 0.1411 8.42E−02 663.6

20 16.53 0.60 0.1158 12.499 0.1728 1.01E−01 798.6

21 17.52 0.60 0.1465 15.815 0.2227 1.28E−01 1010.4

22 18.51 0.60 0.2337 25.218 0.3640 2.04E−01 1611.2

23 12.97 1.00 0.0716 7.729 0.1011 6.27E−02 493.8

24 15.00 1.00 0.0892 9.625 0.1296 7.80E−02 614.9

25 15.94 1.00 0.1016 10.962 0.1497 8.89E−02 700.4

26 16.93 1.00 0.1274 13.744 0.1915 1.11E−01 878.1

27 17.92 1.00 0.1848 19.944 0.2847 1.62E−01 1274.2

28 18.91 1.00 0.2965 32.002 0.4660 2.59E−01 2044.6

29 24.98 1.00 0.9834 106.124 1.5800 8.60E−01 6780.3

30 11.99 2.00 0.0934 10.082 0.1365 8.17E−02 644.1

31 13.97 2.00 0.0884 9.544 0.1284 7.74E−02 609.8

32 15.98 2.00 0.1077 11.628 0.1597 9.43E−02 742.9

33 16.94 2.00 0.1303 14.060 0.1963 1.14E−01 898.3
151

Table A18. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.1817 19.613 0.2798 1.59E−01 1253.1

35 18.42 2.00 0.2276 24.559 0.3541 1.99E−01 1569.1

36 18.92 2.00 0.2923 31.540 0.4590 2.56E−01 2015.1

37 19.41 2.00 0.3972 42.871 0.6293 3.48E−01 2739.0

38 19.91 2.00 0.5567 60.083 0.8880 4.87E−01 3838.7

39 20.26 2.00 0.7241 78.149 1.1595 6.33E−01 4992.9

40 21.11 2.00 0.6344 68.462 1.0139 5.55E−01 4374.0

41 21.96 2.00 0.6176 66.657 0.9868 5.40E−01 4258.7

42 22.74 2.00 0.6293 67.912 1.0057 5.51E−01 4338.9

43 23.52 2.00 0.7257 78.321 1.1621 6.35E−01 5003.9

44 24.98 2.00 0.9432 101.787 1.5148 8.25E−01 6503.1

45 17.94 3.00 0.2012 21.716 0.3114 1.76E−01 1387.5

46 18.93 3.00 0.4302 46.431 0.6828 3.76E−01 2966.4

47 19.92 3.00 0.8450 91.189 1.3555 7.39E−01 5826.0

48 20.91 3.00 1.5329 165.427 2.4713 1.34E+00 10569.1

49 22.11 3.00 1.5922 171.827 2.5675 1.39E+00 10977.9

50 22.96 3.00 1.6037 173.075 2.5862 1.40E+00 11057.7

51 23.74 3.00 1.6691 180.128 2.6922 1.46E+00 11508.3

52 24.98 3.00 1.1857 127.958 1.9081 1.04E+00 8175.2

53 18.34 3.40 0.3396 36.648 0.5358 2.97E−01 2341.5

54 19.32 3.40 0.7059 76.183 1.1300 6.18E−01 4867.3

55 19.82 3.40 0.8999 97.114 1.4446 7.87E−01 6204.6

56 20.32 3.40 1.1290 121.839 1.8162 9.88E−01 7784.2

57 20.81 3.40 1.4683 158.461 2.3666 1.28E+00 10124.0

58 21.31 3.40 2.1317 230.053 3.4426 1.86E+00 14698.0

59 21.66 3.40 2.7237 293.938 4.4028 2.38E+00 18779.6

60 22.94 3.40 2.7500 296.779 4.4455 2.41E+00 18961.1

61 23.75 3.40 1.9832 214.031 3.2018 1.73E+00 13674.4

62 24.14 3.40 1.7115 184.707 2.7611 1.50E+00 11800.9

63 22.29 3.60 3.7501 404.713 6.0677 3.28E+00 25857.0

64 22.71 3.60 3.3342 359.826 5.3930 2.92E+00 22989.2

65 23.14 3.60 2.8707 309.804 4.6412 2.51E+00 19793.3

66 23.95 3.60 1.9215 207.367 3.1016 1.68E+00 13248.6

67 24.34 3.60 1.6850 181.849 2.7181 1.47E+00 11618.3

68 13.79 3.80 0.0729 7.868 0.1032 6.38E−02 502.7

69 15.77 3.80 0.0758 8.186 0.1080 6.64E−02 523.0

70 17.75 3.80 0.2081 22.456 0.3225 1.82E−01 1434.7

71 19.23 3.80 0.8093 87.338 1.2976 7.08E−01 5580.0

72 19.73 3.80 1.0759 116.116 1.7302 9.41E−01 7418.6

73 20.22 3.80 1.3478 145.453 2.1711 1.18E+00 9292.9

74 20.72 3.80 1.6570 178.824 2.6726 1.45E+00 11425.0

75 21.41 3.80 2.5125 271.146 4.0602 2.20E+00 17323.4

76 21.71 3.80 3.0823 332.640 4.9844 2.70E+00 21252.3

77 22.06 3.80 4.0934 441.758 6.6245 3.58E+00 28223.8

78 22.49 3.80 4.6891 506.054 7.5908 4.10E+00 32331.6

79 22.76 3.80 3.5583 384.010 5.7565 3.11E+00 24534.3

80 22.91 3.80 3.0580 330.022 4.9451 2.68E+00 21085.0

81 23.76 3.80 2.1253 229.361 3.4322 1.86E+00 14653.8

82 24.15 3.80 1.8634 201.101 3.0075 1.63E+00 12848.3

83 24.98 3.80 1.3777 148.681 2.2196 1.21E+00 9499.2

84 22.59 3.90 4.5630 492.443 7.3862 3.99E+00 31462.0

85 22.80 3.90 3.4894 376.576 5.6448 3.05E+00 24059.3

86 23.01 3.90 3.2231 347.841 5.2129 2.82E+00 22223.5

87 23.15 3.90 2.8891 311.792 4.6711 2.53E+00 19920.3

88 23.86 3.90 2.0354 219.662 3.2864 1.78E+00 14034.2

89 24.25 3.90 1.7044 183.942 2.7496 1.49E+00 11752.0

90 11.99 2.00 0.0919 9.914 0.1340 8.04E−02 633.4

91 13.97 2.00 0.0900 9.715 0.1310 7.87E−02 620.7
152

Table A18. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.1090 11.764 0.1618 9.54E−02 751.6

93 17.93 2.00 0.1904 20.546 0.2938 1.67E−01 1312.7

94 19.91 2.00 0.5938 64.088 0.9482 5.20E−01 4094.6

95 1.00 −0.38 0.0616 6.651 0.0849 5.39E−02 424.9

96 1.00 0.29 0.0627 6.761 0.0866 5.48E−02 432.0

97 1.00 0.91 0.0640 6.903 0.0887 5.60E−02 441.1

98 1.00 1.53 0.0591 6.375 0.0808 5.17E−02 407.3

99 2.50 −0.38 0.0546 5.896 0.0736 4.78E−02 376.7

100 4.00 −0.38 0.0479 5.167 0.0626 4.19E−02 330.1

101 4.00 0.29 0.0505 5.445 0.0668 4.41E−02 347.9

102 4.00 1.53 0.0442 4.774 0.0567 3.87E−02 305.0

103 5.50 −0.38 0.0443 4.783 0.0569 3.88E−02 305.6

104 7.00 −0.38 0.0365 3.943 0.0442 3.20E−02 251.9

105 8.00 −2.28 0.0258 2.787 0.0269 2.26E−02 178.0

106 8.00 −1.88 0.0285 3.077 0.0312 2.49E−02 196.6

107 8.00 −1.49 0.0275 2.965 0.0295 2.40E−02 189.5

108 8.00 −1.04 0.0297 3.210 0.0332 2.60E−02 205.1

109 8.00 −0.38 0.0385 4.152 0.0474 3.37E−02 265.2

110 8.00 −0.13 0.0365 3.941 0.0442 3.19E−02 251.8

111 8.00 0.01 0.0373 4.022 0.0454 3.26E−02 256.9

112 8.00 0.29 0.0409 4.417 0.0514 3.58E−02 282.2

113 8.00 0.74 0.0378 4.079 0.0463 3.31E−02 260.6

114 8.00 1.13 0.0321 3.463 0.0370 2.81E−02 221.3

115 8.00 1.53 0.0310 3.349 0.0353 2.71E−02 214.0

116 9.00 −0.38 0.0406 4.383 0.0509 3.55E−02 280.1

117 9.00 −0.13 0.0417 4.500 0.0526 3.65E−02 287.5

118 9.00 0.01 0.0416 4.488 0.0524 3.64E−02 286.7

119 9.00 0.29 0.0402 4.340 0.0502 3.52E−02 277.3

120 9.00 0.64 0.0415 4.482 0.0523 3.63E−02 286.4

121 9.00 0.95 0.0321 3.463 0.0370 2.81E−02 221.3

122 10.00 −0.38 0.0539 5.816 0.0724 4.71E−02 371.6

123 10.00 −0.13 0.0551 5.946 0.0743 4.82E−02 379.9

124 10.00 0.01 0.0564 6.090 0.0765 4.94E−02 389.1

125 10.00 0.29 0.0485 5.238 0.0637 4.25E−02 334.7

126 10.00 0.53 0.0511 5.516 0.0679 4.47E−02 352.4

127 10.00 0.71 0.0516 5.570 0.0687 4.51E−02 355.8

128 10.00 0.85 0.0499 5.390 0.0660 4.37E−02 344.4

129 10.00 0.97 0.0506 5.462 0.0671 4.43E−02 348.9

130 11.00 −0.38 0.0608 6.560 0.0836 5.32E−02 419.1

131 11.00 −0.13 0.0624 6.729 0.0861 5.45E−02 429.9

132 11.00 0.01 0.0611 6.591 0.0840 5.34E−02 421.1

133 11.00 0.15 0.0618 6.670 0.0852 5.41E−02 426.1

134 11.00 0.43 0.0588 6.350 0.0804 5.15E−02 405.7

135 11.00 0.60 0.0593 6.396 0.0811 5.18E−02 408.6

136 11.00 0.74 0.0591 6.380 0.0809 5.17E−02 407.6

137 11.00 0.86 0.0621 6.704 0.0857 5.43E−02 428.3

138 12.00 −0.38 0.0684 7.383 0.0959 5.98E−02 471.7

139 12.00 −0.13 0.0682 7.365 0.0957 5.97E−02 470.6

140 12.00 0.01 0.0683 7.369 0.0957 5.97E−02 470.8

141 12.00 0.15 0.0678 7.318 0.0950 5.93E−02 467.6

142 12.00 0.32 0.0634 6.841 0.0878 5.55E−02 437.1

143 12.00 0.50 0.0677 7.306 0.0948 5.92E−02 466.8

144 12.00 0.64 0.0683 7.366 0.0957 5.97E−02 470.6

145 12.00 0.76 0.0682 7.356 0.0955 5.96E−02 470.0

146 13.00 −0.38 0.0755 8.152 0.1075 6.61E−02 520.8

147 13.00 −0.13 0.0752 8.118 0.1070 6.58E−02 518.6

148 13.00 0.01 0.0752 8.116 0.1070 6.58E−02 518.5

149 13.00 0.15 0.0748 8.076 0.1064 6.55E−02 516.0
153

Table A18. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.27 0.0760 8.202 0.1082 6.65E−02 524.0

151 13.00 0.39 0.0749 8.079 0.1064 6.55E−02 516.2

152 13.00 0.53 0.0733 7.912 0.1039 6.41E−02 505.5

153 13.00 0.65 0.0763 8.235 0.1087 6.68E−02 526.2

154 14.00 −0.38 0.0856 9.236 0.1238 7.49E−02 590.1

155 14.00 −0.13 0.0821 8.861 0.1181 7.18E−02 566.1

156 14.00 0.01 0.0822 8.868 0.1183 7.19E−02 566.6

157 14.00 0.15 0.0820 8.854 0.1180 7.18E−02 565.7

158 14.00 0.29 0.0834 9.003 0.1203 7.30E−02 575.2

159 14.00 0.43 0.0849 9.159 0.1226 7.42E−02 585.1

160 14.00 0.55 0.0831 8.967 0.1197 7.27E−02 572.9

161 15.00 −0.38 0.0986 10.637 0.1448 8.62E−02 679.6

162 15.00 −0.13 0.0944 10.187 0.1381 8.26E−02 650.8

163 15.00 0.01 0.0924 9.977 0.1349 8.09E−02 637.4

164 15.00 0.32 0.0962 10.377 0.1409 8.41E−02 663.0

165 15.00 0.44 0.0974 10.515 0.1430 8.52E−02 671.8

166 16.00 −0.38 0.1141 12.317 0.1701 9.98E−02 787.0

167 16.00 −0.13 0.1134 12.235 0.1689 9.92E−02 781.7

168 16.00 0.01 0.1123 12.119 0.1671 9.82E−02 774.3

169 16.00 0.11 0.1103 11.905 0.1639 9.65E−02 760.6

170 16.00 0.22 0.1125 12.146 0.1675 9.85E−02 776.0

171 16.00 0.34 0.1150 12.410 0.1715 1.01E−01 792.9

172 17.00 −0.38 0.1416 15.276 0.2146 1.24E−01 976.0

173 17.00 −0.13 0.1422 15.347 0.2156 1.24E−01 980.5

174 17.00 0.01 0.1416 15.278 0.2146 1.24E−01 976.1

175 17.00 0.11 0.1385 14.946 0.2096 1.21E−01 954.9

176 17.00 0.23 0.1453 15.682 0.2207 1.27E−01 1001.9

177 18.00 −0.38 0.1892 20.423 0.2919 1.66E−01 1304.8

178 18.00 −0.13 0.1759 18.987 0.2703 1.54E−01 1213.1

179 18.00 0.01 0.1753 18.915 0.2693 1.53E−01 1208.4

180 18.00 0.13 0.1749 18.877 0.2687 1.53E−01 1206.1

181 18.50 −0.38 0.2593 27.980 0.4055 2.27E−01 1787.6

182 18.50 −0.13 0.2164 23.352 0.3359 1.89E−01 1491.9

183 18.50 0.01 0.2319 25.032 0.3612 2.03E−01 1599.3

184 18.60 0.05 0.2707 29.219 0.4241 2.37E−01 1866.8

185 18.50 0.10 0.2236 24.135 0.3477 1.96E−01 1542.0

186 19.20 −0.38 0.4323 46.652 0.6861 3.78E−01 2980.6

187 19.20 −0.13 0.4094 44.178 0.6490 3.58E−01 2822.5

188 19.20 0.01 0.4101 44.258 0.6502 3.59E−01 2827.6

189 19.30 0.05 0.4396 47.446 0.6981 3.85E−01 3031.3

190 19.20 0.10 0.4174 45.047 0.6620 3.65E−01 2878.0

191 20.00 −0.38 0.5928 63.979 0.9465 5.19E−01 4087.6

192 20.00 −0.13 0.5281 56.992 0.8415 4.62E−01 3641.2

193 20.00 0.01 0.5633 60.789 0.8986 4.93E−01 3883.8

194 20.10 0.05 0.5854 63.181 0.9346 5.12E−01 4036.6

195 20.00 0.10 0.5645 60.917 0.9005 4.94E−01 3891.9

196 20.80 −0.38 0.7882 85.066 1.2635 6.90E−01 5434.9

197 20.80 −0.13 0.6632 71.568 1.0606 5.80E−01 4572.5

198 20.80 0.01 0.6909 74.563 1.1056 6.04E−01 4763.8

199 20.90 0.05 0.7302 78.800 1.1693 6.39E−01 5034.5

200 20.80 0.10 0.7057 76.156 1.1296 6.17E−01 4865.6

201 21.60 −0.38 0.9401 101.457 1.5098 8.22E−01 6482.0

202 21.60 −0.13 0.8299 89.563 1.3311 7.26E−01 5722.1

203 21.60 0.01 0.8816 95.147 1.4150 7.71E−01 6078.9

204 21.70 0.05 0.8862 95.639 1.4224 7.75E−01 6110.3

205 21.60 0.10 0.9251 99.841 1.4856 8.09E−01 6378.8

206 22.40 −0.38 1.0944 118.108 1.7601 9.57E−01 7545.9

207 22.40 −0.13 0.9699 104.673 1.5582 8.49E−01 6687.5
154

Table A18. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.01 1.0074 108.717 1.6190 8.81E−01 6945.9

209 22.50 0.05 1.0208 110.161 1.6407 8.93E−01 7038.1

210 22.40 0.10 1.0533 113.675 1.6935 9.21E−01 7262.6

211 23.20 −0.38 1.2182 131.466 1.9609 1.07E+00 8399.4

212 23.20 −0.13 1.1052 119.270 1.7776 9.67E−01 7620.1

213 23.20 0.01 1.1643 125.655 1.8735 1.02E+00 8028.1

214 23.30 0.05 1.1708 126.351 1.8840 1.02E+00 8072.5

215 23.20 0.10 1.1123 120.040 1.7891 9.73E−01 7669.3

216 24.00 −0.38 1.2671 136.745 2.0402 1.11E+00 8736.6

217 24.00 −0.13 1.1805 127.395 1.8997 1.03E+00 8139.2

218 24.00 0.01 1.2907 139.287 2.0784 1.13E+00 8899.0

219 24.10 0.05 1.3014 140.443 2.0958 1.14E+00 8972.9

220 24.00 0.10 1.2655 136.574 2.0376 1.11E+00 8725.7

221 25.00 −0.38 1.0439 112.657 1.6782 9.13E−01 7197.6

222 25.00 −0.13 0.9702 104.708 1.5587 8.49E−01 6689.8

223 25.00 0.01 1.0129 109.317 1.6280 8.86E−01 6984.2

224 25.10 0.05 0.9168 98.938 1.4720 8.02E−01 6321.2

225 25.00 0.10 0.9896 106.793 1.5900 8.66E−01 6823.0

226 9.00 999.00 0.1320 14.243 0.1990 1.15E−01 910.0

227 0.00 −2.63 1.1751 126.816 1.8910 1.03E+00 8102.2

228 0.00 −0.67 1.1832 127.689 1.9041 1.04E+00 8158.0

229 0.00 1.88 1.1555 124.705 1.8593 1.01E+00 7967.4

230 18.23 0.00 0.6356 68.589 1.0158 5.56E−01 4382.1

231 18.43 0.00 0.6543 70.614 1.0463 5.72E−01 4511.5

232 18.63 0.00 0.7207 77.778 1.1539 6.30E−01 4969.2

233 19.00 0.00 0.8376 90.394 1.3436 7.33E−01 5775.3

234 19.40 0.00 0.9008 97.214 1.4461 7.88E−01 6211.0

235 20.13 0.00 1.2177 131.409 1.9600 1.07E+00 8395.7

236 20.33 0.00 1.3458 145.242 2.1679 1.18E+00 9279.5

237 20.53 0.00 1.5113 163.100 2.4363 1.32E+00 10420.4

238 20.73 0.00 1.7099 184.537 2.7585 1.50E+00 11790.0

239 21.50 0.00 2.3955 258.528 3.8706 2.10E+00 16517.2

240 22.00 0.00 4.0915 441.557 6.6214 3.58E+00 28211.0

241 22.50 0.00 5.4490 588.053 8.8232 4.77E+00 37570.5

242 22.70 0.00 3.9592 427.283 6.4069 3.46E+00 27299.0

243 23.00 0.00 3.3030 356.463 5.3425 2.89E+00 22774.3

244 0.58 999.00 0.0394 4.254 0.0489 3.45E−02 271.8

245 0.86 999.00 0.0415 4.479 0.0523 3.63E−02 286.2

246 1.15 999.00 0.0387 4.181 0.0478 3.39E−02 267.2

247 1.43 999.00 0.0389 4.199 0.0481 3.40E−02 268.3

248 1.72 999.00 0.0357 3.854 0.0429 3.12E−02 246.2

249 2.00 999.00 0.0407 4.387 0.0509 3.56E−02 280.3

250 2.29 999.00 0.0386 4.165 0.0476 3.38E−02 266.1

251 2.57 999.00 0.0413 4.452 0.0519 3.61E−02 284.4

252 2.86 999.00 0.0392 4.228 0.0485 3.43E−02 270.1

253 3.14 999.00 0.0403 4.348 0.0503 3.52E−02 277.8

254 3.43 999.00 0.0387 4.179 0.0478 3.39E−02 267.0

255 999.00 999.00 0.0594 6.413 0.0814 5.20E−02 409.7

256 999.00 999.00 0.0592 6.387 0.0810 5.18E−02 408.1
155

Table A19. Flow Conditions and Pressure Distribution for Run 56

[CR = 9; Re = 1.14 × 106 per foot; 50 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 720.03 (.49644E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1864.44 ( 1035.80)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0319 ( 16.43)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 469.17 (.10906E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.77

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . 0.0190 ( 130.66)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . 97.12 ( 53.95)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.16370E−04 (.84369E−02)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . 0.23162E+02 (.53839E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 483.47 ( 147.36)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 4724.21 ( 1439.94)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . 0.10606E+07 (.34795E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . 1.269 ( 8746.62)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . 0.72920E−07 (.34914E−05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 2.352 ( 16224.96)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1868.95 ( 1038.31)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.10559E−03 (.54421E−01)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0853 4.855 0.0563 3.82E−02 588.4

2 11.18 0.20 0.0997 5.675 0.0683 4.47E−02 687.8

3 12.17 0.20 0.1115 6.344 0.0781 5.00E−02 768.9

4 13.15 0.20 0.1274 7.250 0.0913 5.71E−02 878.6

5 14.21 0.20 0.1526 8.680 0.1122 6.84E−02 1051.9

6 15.14 0.20 0.1795 10.212 0.1345 8.04E−02 1237.6

7 16.13 0.20 0.2144 12.196 0.1635 9.61E−02 1478.0

8 17.12 0.20 0.2743 15.607 0.2133 1.23E−01 1891.4

9 18.11 0.20 0.3968 22.579 0.3151 1.78E−01 2736.3

10 19.74 0.20 1.0250 58.318 0.8371 4.59E−01 7067.2

11 20.55 0.20 1.2297 69.964 1.0071 5.51E−01 8478.6

12 22.56 0.20 1.7781 101.168 1.4628 7.97E−01 12260.1

13 24.98 0.20 1.8942 107.770 1.5593 8.49E−01 13060.2

14 10.59 0.60 0.0933 5.308 0.0629 4.18E−02 643.3

15 11.58 0.60 0.1027 5.842 0.0707 4.60E−02 708.0

16 12.57 0.60 0.1163 6.615 0.0820 5.21E−02 801.7

17 13.56 0.60 0.1315 7.480 0.0946 5.89E−02 906.5

18 14.60 0.60 0.1548 8.808 0.1140 6.94E−02 1067.4

19 15.54 0.60 0.1841 10.475 0.1384 8.25E−02 1269.4

20 16.53 0.60 0.2240 12.747 0.1715 1.00E−01 1544.7

21 17.52 0.60 0.3074 17.489 0.2408 1.38E−01 2119.4

22 18.51 0.60 0.5145 29.276 0.4129 2.31E−01 3547.8

23 12.97 1.00 0.1311 7.457 0.0943 5.87E−02 903.7

24 15.00 1.00 0.1637 9.315 0.1214 7.34E−02 1128.8

25 15.94 1.00 0.1973 11.226 0.1493 8.84E−02 1360.5

26 16.93 1.00 0.2527 14.380 0.1954 1.13E−01 1742.7

27 17.92 1.00 0.3812 21.691 0.3022 1.71E−01 2628.6

28 18.91 1.00 0.6450 36.700 0.5214 2.89E−01 4447.5

29 24.98 1.00 1.9438 110.597 1.6005 8.71E−01 13402.7

30 11.99 2.00 0.1739 9.897 0.1299 7.79E−02 1199.3

31 13.97 2.00 0.1639 9.327 0.1216 7.35E−02 1130.3

32 15.98 2.00 0.1999 11.372 0.1515 8.96E−02 1378.1

33 16.94 2.00 0.2837 16.140 0.2211 1.27E−01 1956.0
156

Table A19. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.4242 24.133 0.3378 1.90E−01 2924.5

35 18.42 2.00 0.5339 30.376 0.4290 2.39E−01 3681.2

36 18.92 2.00 0.6566 37.358 0.5310 2.94E−01 4527.2

37 19.41 2.00 0.8639 49.155 0.7032 3.87E−01 5956.8

38 19.91 2.00 1.1411 64.922 0.9335 5.11E−01 7867.6

39 20.26 2.00 1.4505 82.528 1.1906 6.50E−01 10001.2

40 21.11 2.00 1.4048 79.926 1.1526 6.30E−01 9685.8

41 21.96 2.00 1.4160 80.566 1.1620 6.35E−01 9763.4

42 22.74 2.00 1.5326 87.199 1.2588 6.87E−01 10567.2

43 23.52 2.00 1.7052 97.018 1.4022 7.64E−01 11757.2

44 24.98 2.00 1.7702 100.716 1.4562 7.93E−01 12205.3

45 17.94 3.00 0.3750 21.337 0.2970 1.68E−01 2585.7

46 18.93 3.00 0.7407 42.146 0.6009 3.32E−01 5107.5

47 19.92 3.00 1.2652 71.986 1.0367 5.67E−01 8723.6

48 20.91 3.00 2.7574 156.888 2.2766 1.24E+00 19012.5

49 22.11 3.00 3.4160 194.355 2.8237 1.53E+00 23553.0

50 22.96 3.00 3.1203 177.532 2.5781 1.40E+00 21514.3

51 23.74 3.00 2.9994 170.655 2.4776 1.34E+00 20680.9

52 24.98 3.00 2.1744 123.716 1.7921 9.74E−01 14992.6

53 18.34 3.40 0.4050 23.045 0.3219 1.82E−01 2792.7

54 19.32 3.40 0.8413 47.864 0.6844 3.77E−01 5800.4

55 19.82 3.40 1.3624 77.514 1.1174 6.11E−01 9393.5

56 20.32 3.40 1.9049 108.380 1.5682 8.54E−01 13134.1

57 20.81 3.40 2.7723 157.736 2.2890 1.24E+00 19115.3

58 21.31 3.40 4.3349 246.642 3.5873 1.94E+00 29889.4

59 21.66 3.40 5.1017 290.269 4.2245 2.29E+00 35176.4

60 22.94 3.40 4.6180 262.746 3.8225 2.07E+00 31841.0

61 23.75 3.40 3.4851 198.289 2.8812 1.56E+00 24029.8

62 24.14 3.40 3.0424 173.099 2.5133 1.36E+00 20977.1

63 22.29 3.60 5.2069 296.251 4.3118 2.33E+00 35901.3

64 22.71 3.60 5.0212 285.688 4.1576 2.25E+00 34621.2

65 23.14 3.60 4.6939 267.066 3.8856 2.10E+00 32364.6

66 23.95 3.60 3.3766 192.118 2.7911 1.51E+00 23281.9

67 24.34 3.60 3.0689 174.606 2.5353 1.38E+00 21159.7

68 13.79 3.80 0.1607 9.144 0.1189 7.20E−02 1108.1

69 15.77 3.80 0.1424 8.101 0.1037 6.38E−02 981.7

70 17.75 3.80 0.3629 20.649 0.2869 1.63E−01 2502.3

71 19.23 3.80 1.0499 59.736 0.8578 4.71E−01 7239.1

72 19.73 3.80 1.5704 89.348 1.2902 7.04E−01 10827.7

73 20.22 3.80 2.2763 129.511 1.8768 1.02E+00 15694.9

74 20.72 3.80 3.1086 176.868 2.5684 1.39E+00 21433.9

75 21.41 3.80 4.8424 275.512 4.0089 2.17E+00 33388.0

76 21.71 3.80 5.1876 295.154 4.2958 2.32E+00 35768.4

77 22.06 3.80 5.3426 303.974 4.4246 2.39E+00 36837.3

78 22.49 3.80 5.4420 309.628 4.5072 2.44E+00 37522.5

79 22.76 3.80 5.1523 293.144 4.2664 2.31E+00 35524.8

80 22.91 3.80 4.8410 275.435 4.0078 2.17E+00 33378.8

81 23.76 3.80 3.6802 209.392 3.0433 1.65E+00 25375.3

82 24.15 3.80 3.3081 188.221 2.7342 1.48E+00 22809.6

83 24.98 3.80 2.5330 144.116 2.0900 1.14E+00 17464.8

84 22.59 3.90 5.2530 298.878 4.3502 2.35E+00 36219.7

85 22.80 3.90 5.4043 307.482 4.4758 2.42E+00 37262.3

86 23.01 3.90 5.1006 290.206 4.2235 2.29E+00 35168.8

87 23.15 3.90 5.0651 288.183 4.1940 2.27E+00 34923.6

88 23.86 3.90 3.5105 199.737 2.9023 1.57E+00 24205.2

89 24.25 3.90 3.0212 171.897 2.4958 1.35E+00 20831.4

90 11.99 2.00 0.1653 9.408 0.1228 7.41E−02 1140.1

91 13.97 2.00 0.1598 9.095 0.1182 7.16E−02 1102.1
157

Table A19. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.2097 11.930 0.1596 9.40E−02 1445.7

93 17.93 2.00 0.4459 25.367 0.3559 2.00E−01 3074.2

94 19.91 2.00 1.1521 65.548 0.9427 5.16E−01 7943.5

95 1.00 −0.38 0.1265 7.199 0.0905 5.67E−02 872.4

96 1.00 0.29 0.1266 7.202 0.0906 5.67E−02 872.8

97 1.00 0.91 0.1252 7.121 0.0894 5.61E−02 863.0

98 1.00 1.53 0.1205 6.858 0.0856 5.40E−02 831.1

99 2.50 −0.38 0.1071 6.091 0.0744 4.80E−02 738.2

100 4.00 −0.38 0.0818 4.654 0.0534 3.67E−02 564.0

101 4.00 0.29 0.0820 4.665 0.0535 3.67E−02 565.3

102 4.00 1.53 0.0777 4.420 0.0499 3.48E−02 535.7

103 5.50 −0.38 0.0696 3.960 0.0432 3.12E−02 479.9

104 7.00 −0.38 0.0636 3.616 0.0382 2.85E−02 438.3

105 8.00 −2.28 0.0459 2.612 0.0235 2.06E−02 316.5

106 8.00 −1.88 0.0468 2.665 0.0243 2.10E−02 323.0

107 8.00 −1.49 0.0483 2.745 0.0255 2.16E−02 332.7

108 8.00 −1.04 0.0519 2.952 0.0285 2.33E−02 357.8

109 8.00 −0.38 0.0634 3.606 0.0381 2.84E−02 437.0

110 8.00 −0.13 0.0655 3.727 0.0398 2.94E−02 451.6

111 8.00 0.01 0.0660 3.756 0.0402 2.96E−02 455.2

112 8.00 0.29 0.0650 3.698 0.0394 2.91E−02 448.1

113 8.00 0.74 0.0569 3.236 0.0327 2.55E−02 392.2

114 8.00 1.13 0.0505 2.874 0.0274 2.26E−02 348.3

115 8.00 1.53 0.0475 2.701 0.0248 2.13E−02 327.3

116 9.00 −0.38 0.0725 4.124 0.0456 3.25E−02 499.7

117 9.00 −0.13 0.0760 4.321 0.0485 3.40E−02 523.7

118 9.00 0.01 0.0762 4.334 0.0487 3.41E−02 525.2

119 9.00 0.29 0.0740 4.212 0.0469 3.32E−02 510.4

120 9.00 0.64 0.0635 3.612 0.0381 2.85E−02 437.8

121 9.00 0.95 0.0482 2.744 0.0255 2.16E−02 332.6

122 10.00 −0.38 0.0869 4.946 0.0576 3.90E−02 599.4

123 10.00 −0.13 0.0892 5.077 0.0595 4.00E−02 615.3

124 10.00 0.01 0.0907 5.161 0.0608 4.07E−02 625.5

125 10.00 0.29 0.0882 5.021 0.0587 3.95E−02 608.5

126 10.00 0.53 0.0835 4.749 0.0547 3.74E−02 575.5

127 10.00 0.71 0.0821 4.669 0.0536 3.68E−02 565.8

128 10.00 0.85 0.0824 4.690 0.0539 3.69E−02 568.3

129 10.00 0.97 0.0844 4.799 0.0555 3.78E−02 581.6

130 11.00 −0.38 0.0999 5.685 0.0684 4.48E−02 688.9

131 11.00 −0.13 0.1000 5.689 0.0685 4.48E−02 689.4

132 11.00 0.01 0.0995 5.662 0.0681 4.46E−02 686.2

133 11.00 0.15 0.0999 5.685 0.0684 4.48E−02 689.0

134 11.00 0.43 0.0956 5.437 0.0648 4.28E−02 658.8

135 11.00 0.60 0.0965 5.493 0.0656 4.33E−02 665.7

136 11.00 0.74 0.1008 5.735 0.0691 4.52E−02 695.0

137 11.00 0.86 0.0998 5.676 0.0683 4.47E−02 687.8

138 12.00 −0.38 0.1116 6.349 0.0781 5.00E−02 769.4

139 12.00 −0.13 0.1106 6.291 0.0773 4.96E−02 762.4

140 12.00 0.01 0.1107 6.300 0.0774 4.96E−02 763.5

141 12.00 0.15 0.1115 6.344 0.0780 5.00E−02 768.8

142 12.00 0.32 0.1098 6.246 0.0766 4.92E−02 756.9

143 12.00 0.50 0.1117 6.353 0.0782 5.00E−02 769.9

144 12.00 0.64 0.1118 6.362 0.0783 5.01E−02 771.0

145 12.00 0.76 0.1135 6.458 0.0797 5.09E−02 782.6

146 13.00 −0.38 0.1283 7.301 0.0920 5.75E−02 884.8

147 13.00 −0.13 0.1270 7.226 0.0909 5.69E−02 875.7

148 13.00 0.01 0.1270 7.226 0.0909 5.69E−02 875.7

149 13.00 0.15 0.1271 7.229 0.0910 5.69E−02 876.1
158

Table A19. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.27 0.1278 7.271 0.0916 5.73E−02 881.1

151 13.00 0.39 0.1293 7.355 0.0928 5.79E−02 891.3

152 13.00 0.53 0.1288 7.327 0.0924 5.77E−02 887.9

153 13.00 0.65 0.1317 7.491 0.0948 5.90E−02 907.8

154 14.00 −0.38 0.1543 8.780 0.1136 6.92E−02 1064.0

155 14.00 −0.13 0.1519 8.645 0.1117 6.81E−02 1047.7

156 14.00 0.01 0.1505 8.562 0.1104 6.74E−02 1037.6

157 14.00 0.15 0.1514 8.617 0.1112 6.79E−02 1044.2

158 14.00 0.29 0.1551 8.826 0.1143 6.95E−02 1069.6

159 14.00 0.43 0.1547 8.804 0.1140 6.93E−02 1067.0

160 14.00 0.55 0.1557 8.859 0.1148 6.98E−02 1073.5

161 15.00 −0.38 0.1891 10.758 0.1425 8.47E−02 1303.7

162 15.00 −0.13 0.1809 10.290 0.1357 8.10E−02 1247.0

163 15.00 0.01 0.1802 10.255 0.1352 8.08E−02 1242.7

164 15.00 0.32 0.1848 10.512 0.1389 8.28E−02 1273.9

165 15.00 0.44 0.1895 10.783 0.1429 8.49E−02 1306.8

166 16.00 −0.38 0.2215 12.605 0.1695 9.93E−02 1527.5

167 16.00 −0.13 0.2142 12.187 0.1634 9.60E−02 1476.9

168 16.00 0.01 0.2143 12.195 0.1635 9.61E−02 1477.8

169 16.00 0.11 0.2134 12.144 0.1627 9.56E−02 1471.6

170 16.00 0.22 0.2175 12.374 0.1661 9.75E−02 1499.5

171 16.00 0.34 0.2247 12.784 0.1721 1.01E−01 1549.3

172 17.00 −0.38 0.2868 16.316 0.2237 1.29E−01 1977.3

173 17.00 −0.13 0.2780 15.816 0.2164 1.25E−01 1916.7

174 17.00 0.01 0.2758 15.694 0.2146 1.24E−01 1901.8

175 17.00 0.11 0.2753 15.665 0.2142 1.23E−01 1898.3

176 17.00 0.23 0.2765 15.734 0.2152 1.24E−01 1906.8

177 18.00 −0.38 0.4182 23.797 0.3329 1.87E−01 2883.8

178 18.00 −0.13 0.3826 21.767 0.3033 1.71E−01 2637.8

179 18.00 0.01 0.3826 21.770 0.3033 1.71E−01 2638.2

180 18.00 0.13 0.3824 21.758 0.3031 1.71E−01 2636.7

181 18.50 −0.38 0.5573 31.710 0.4485 2.50E−01 3842.8

182 18.50 −0.13 0.4596 26.152 0.3673 2.06E−01 3169.2

183 18.50 0.01 0.4939 28.099 0.3958 2.21E−01 3405.2

184 18.60 0.05 0.5562 31.645 0.4475 2.49E−01 3834.9

185 18.50 0.10 0.4752 27.035 0.3802 2.13E−01 3276.2

186 19.20 −0.38 0.8543 48.608 0.6953 3.83E−01 5890.6

187 19.20 −0.13 0.8096 46.064 0.6581 3.63E−01 5582.3

188 19.20 0.01 0.8049 45.794 0.6542 3.61E−01 5549.6

189 19.30 0.05 0.8498 48.353 0.6915 3.81E−01 5859.6

190 19.20 0.10 0.8090 46.028 0.6576 3.63E−01 5577.9

191 20.00 −0.38 1.0882 61.916 0.8896 4.88E−01 7503.3

192 20.00 −0.13 0.9981 56.786 0.8147 4.47E−01 6881.6

193 20.00 0.01 1.0731 61.056 0.8771 4.81E−01 7399.1

194 20.10 0.05 1.0910 62.074 0.8919 4.89E−01 7522.5

195 20.00 0.10 1.0500 59.743 0.8579 4.71E−01 7240.0

196 20.80 −0.38 1.1398 64.849 0.9324 5.11E−01 7858.7

197 20.80 −0.13 1.1490 65.374 0.9401 5.15E−01 7922.4

198 20.80 0.01 1.2367 70.361 1.0129 5.54E−01 8526.7

199 20.90 0.05 1.2902 73.409 1.0574 5.78E−01 8896.1

200 20.80 0.10 1.2454 70.860 1.0202 5.58E−01 8587.2

201 21.60 −0.38 1.3449 76.519 1.1029 6.03E−01 9273.0

202 21.60 −0.13 1.1952 68.005 0.9785 5.36E−01 8241.2

203 21.60 0.01 1.3130 74.704 1.0764 5.88E−01 9053.0

204 21.70 0.05 1.3435 76.438 1.1017 6.02E−01 9263.2

205 21.60 0.10 1.3496 76.788 1.1068 6.05E−01 9305.6

206 22.40 −0.38 1.5748 89.602 1.2939 7.06E−01 10858.5

207 22.40 −0.13 1.3616 77.472 1.1168 6.10E−01 9388.5
159

Table A19. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.01 1.5046 85.604 1.2355 6.74E−01 10373.9

209 22.50 0.05 1.5276 86.917 1.2547 6.85E−01 10533.1

210 22.40 0.10 1.5534 88.384 1.2762 6.96E−01 10710.9

211 23.20 −0.38 1.7881 101.736 1.4711 8.01E−01 12328.9

212 23.20 −0.13 1.5665 89.126 1.2870 7.02E−01 10800.7

213 23.20 0.01 1.6896 96.129 1.3893 7.57E−01 11649.4

214 23.30 0.05 1.7583 100.040 1.4464 7.88E−01 12123.3

215 23.20 0.10 1.7576 100.002 1.4458 7.88E−01 12118.8

216 24.00 −0.38 2.0072 114.200 1.6532 8.99E−01 13839.4

217 24.00 −0.13 1.8432 104.871 1.5169 8.26E−01 12708.9

218 24.00 0.01 1.9792 112.607 1.6299 8.87E−01 13646.4

219 24.10 0.05 2.0051 114.080 1.6514 8.99E−01 13824.8

220 24.00 0.10 1.9702 112.095 1.6224 8.83E−01 13584.3

221 25.00 −0.38 1.7965 102.216 1.4782 8.05E−01 12387.1

222 25.00 −0.13 1.6354 93.045 1.3442 7.33E−01 11275.7

223 25.00 0.01 1.7397 98.985 1.4310 7.80E−01 11995.5

224 25.10 0.05 1.5921 90.583 1.3083 7.13E−01 10977.4

225 25.00 0.10 1.6545 94.135 1.3601 7.41E−01 11407.8

226 9.00 999.00 0.4675 26.598 0.3738 2.09E−01 3223.3

227 0.00 −2.63 2.0370 115.898 1.6780 9.13E−01 14045.2

228 0.00 −0.67 2.0610 117.262 1.6979 9.24E−01 14210.5

229 0.00 1.88 2.0227 115.086 1.6661 9.06E−01 13946.7

230 18.23 0.00 0.7367 41.913 0.5975 3.30E−01 5079.3

231 18.43 0.00 0.7519 42.780 0.6102 3.37E−01 5184.4

232 18.63 0.00 0.8020 45.633 0.6518 3.59E−01 5530.1

233 19.00 0.00 1.0138 57.680 0.8277 4.54E−01 6989.9

234 19.40 0.00 1.3418 76.343 1.1003 6.01E−01 9251.6

235 20.13 0.00 2.0703 117.791 1.7056 9.28E−01 14274.5

236 20.33 0.00 2.3667 134.655 1.9519 1.06E+00 16318.3

237 20.53 0.00 2.6958 153.379 2.2253 1.21E+00 18587.3

238 20.73 0.00 3.1467 179.037 2.6000 1.41E+00 21696.6

239 21.50 0.00 4.9056 279.110 4.0615 2.20E+00 33824.0

240 22.00 0.00 5.3777 305.973 4.4538 2.41E+00 37079.4

241 22.50 0.00 5.4763 311.583 4.5357 2.45E+00 37759.4

242 22.70 0.00 5.1416 292.539 4.2576 2.30E+00 35451.5

243 23.00 0.00 5.0905 289.629 4.2151 2.28E+00 35098.9

244 0.58 999.00 −0.1275 −7.254 −0.1205 −5.71E−02 −879.1

245 0.86 999.00 −0.1278 −7.273 −0.1208 −5.73E−02 −881.4

246 1.15 999.00 −0.1275 −7.256 −0.1206 −5.72E−02 −879.3

247 1.43 999.00 −0.1276 −7.261 −0.1206 −5.72E−02 −879.9

248 1.72 999.00 −0.1278 −7.273 −0.1208 −5.73E−02 −881.4

249 2.00 999.00 −0.1277 −7.266 −0.1207 −5.72E−02 −880.5

250 2.29 999.00 −0.1290 −7.338 −0.1218 −5.78E−02 −889.2

251 2.57 999.00 −0.1273 −7.241 −0.1203 −5.70E−02 −877.5

252 2.86 999.00 −0.1286 −7.319 −0.1215 −5.76E−02 −886.9

253 3.14 999.00 −0.1284 −7.304 −0.1213 −5.75E−02 −885.1

254 3.43 999.00 −0.1274 −7.248 −0.1205 −5.71E−02 −878.4

255 999.00 999.00 −0.1311 −7.460 −0.1236 −5.88E−02 −904.1

256 999.00 999.00 −0.1297 −7.380 −0.1224 −5.81E−02 −894.4
160

Table A20. Flow Conditions and Pressure Distribution for Run 57

[CR = 9; Re = 2.15 × 106 per foot; 50 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1438.95 (.99212E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1819.42 ( 1010.79)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0642 ( 33.09)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 457.94 (.10645E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.93

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . 0.0348 ( 240.19)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . 91.94 ( 51.08)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.31791E−04 (.16384E−01)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . 0.21926E+02 (.50966E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 470.39 ( 143.37)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 4670.99 ( 1423.72)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . 0.21727E+07 (.71282E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . 2.408 ( 16605.27)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . 0.68347E−07 (.32725E−05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 4.464 ( 30792.47)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1827.94 ( 1015.52)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.20489E−03 (.10560E+00)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0953 3.001 0.0282 2.28E−02 657.1

2 11.18 0.20 0.1060 3.339 0.0329 2.53E−02 731.1

3 12.17 0.20 0.1185 3.731 0.0384 2.83E−02 816.9

4 13.15 0.20 0.1313 4.134 0.0441 3.14E−02 905.2

5 14.21 0.20 0.1496 4.710 0.0522 3.58E−02 1031.4

6 15.14 0.20 0.1747 5.501 0.0633 4.18E−02 1204.5

7 16.13 0.20 0.2168 6.827 0.0820 5.18E−02 1494.8

8 17.12 0.20 0.3012 9.484 0.1194 7.20E−02 2076.8

9 18.11 0.20 0.5821 18.330 0.2438 1.39E−01 4013.6

10 19.74 0.20 0.8543 26.900 0.3644 2.04E−01 5890.3

11 20.55 0.20 0.9922 31.244 0.4255 2.37E−01 6841.5

12 22.56 0.20 1.1904 37.484 0.5133 2.85E−01 8208.0

13 24.98 0.20 1.0308 32.458 0.4426 2.46E−01 7107.4

14 10.59 0.60 0.1708 5.378 0.0616 4.08E−02 1177.6

15 11.58 0.60 0.1517 4.778 0.0532 3.63E−02 1046.3

16 12.57 0.60 0.1481 4.663 0.0515 3.54E−02 1021.1

17 13.56 0.60 0.1505 4.739 0.0526 3.60E−02 1037.8

18 14.60 0.60 0.1628 5.127 0.0581 3.89E−02 1122.7

19 15.54 0.60 0.1912 6.020 0.0706 4.57E−02 1318.1

20 16.53 0.60 0.2416 7.607 0.0929 5.77E−02 1665.6

21 17.52 0.60 0.3326 10.475 0.1333 7.95E−02 2293.6

22 18.51 0.60 0.6471 20.376 0.2726 1.55E−01 4461.7

23 12.97 1.00 0.1817 5.722 0.0664 4.34E−02 1253.0

24 15.00 1.00 0.2050 6.456 0.0768 4.90E−02 1413.6

25 15.94 1.00 0.2284 7.192 0.0871 5.46E−02 1574.8

26 16.93 1.00 0.2681 8.442 0.1047 6.41E−02 1848.6

27 17.92 1.00 0.4155 13.082 0.1700 9.93E−02 2864.6

28 18.91 1.00 0.7782 24.504 0.3307 1.86E−01 5365.8

29 24.98 1.00 1.4132 44.499 0.6120 3.38E−01 9744.0

30 11.99 2.00 0.1742 5.484 0.0631 4.16E−02 1200.9

31 13.97 2.00 0.1520 4.786 0.0533 3.63E−02 1048.1

32 15.98 2.00 0.2002 6.303 0.0746 4.78E−02 1380.1

33 16.94 2.00 0.2303 7.253 0.0880 5.51E−02 1588.1
161

Table A20. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.3665 11.540 0.1483 8.76E−02 2527.0

35 18.42 2.00 0.7318 23.044 0.3101 1.75E−01 5045.9

36 18.92 2.00 0.9885 31.125 0.4238 2.36E−01 6815.4

37 19.41 2.00 0.9458 29.781 0.4049 2.26E−01 6521.1

38 19.91 2.00 1.1601 36.529 0.4998 2.77E−01 7998.7

39 20.26 2.00 1.4622 46.041 0.6337 3.49E−01 10081.6

40 21.11 2.00 2.3459 73.868 1.0251 5.61E−01 16174.9

41 21.96 2.00 2.1212 66.791 0.9256 5.07E−01 14625.3

42 22.74 2.00 1.6903 53.224 0.7347 4.04E−01 11654.5

43 23.52 2.00 1.5199 47.859 0.6592 3.63E−01 10479.6

44 24.98 2.00 2.2720 71.542 0.9924 5.43E−01 15665.7

45 17.94 3.00 0.2586 8.144 0.1005 6.18E−02 1783.3

46 18.93 3.00 0.3841 12.093 0.1561 9.18E−02 2648.0

47 19.92 3.00 1.3257 41.744 0.5732 3.17E−01 9140.8

48 20.91 3.00 0.9544 30.053 0.4087 2.28E−01 6580.7

49 22.11 3.00 3.3409 105.199 1.4659 7.99E−01 23035.6

50 22.96 3.00 4.2557 134.003 1.8711 1.02E+00 29342.7

51 23.74 3.00 5.6064 176.535 2.4695 1.34E+00 38655.9

52 24.98 3.00 5.2662 165.824 2.3188 1.26E+00 36310.6

53 18.34 3.40 0.3114 9.805 0.1239 7.44E−02 2146.9

54 19.32 3.40 0.6129 19.298 0.2574 1.46E−01 4225.8

55 19.82 3.40 1.0190 32.085 0.4373 2.44E−01 7025.7

56 20.32 3.40 1.4609 46.000 0.6331 3.49E−01 10072.8

57 20.81 3.40 1.2709 40.020 0.5489 3.04E−01 8763.1

58 21.31 3.40 1.1164 35.152 0.4805 2.67E−01 7697.3

59 21.66 3.40 5.2255 164.541 2.3008 1.25E+00 36029.6

60 22.94 3.40 5.8368 183.791 2.5716 1.40E+00 40244.9

61 23.75 3.40 5.8680 184.772 2.5854 1.40E+00 40459.7

62 24.14 3.40 5.7418 180.800 2.5295 1.37E+00 39590.0

63 22.29 3.60 5.3899 169.717 2.3736 1.29E+00 37163.0

64 22.71 3.60 5.2402 165.003 2.3073 1.25E+00 36130.8

65 23.14 3.60 5.2284 164.634 2.3021 1.25E+00 36050.0

66 23.95 3.60 5.2203 164.378 2.2985 1.25E+00 35994.1

67 24.34 3.60 5.1740 162.921 2.2780 1.24E+00 35674.9

68 13.79 3.80 0.1368 4.308 0.0465 3.27E−02 943.3

69 15.77 3.80 0.1890 5.952 0.0697 4.52E−02 1303.3

70 17.75 3.80 0.2273 7.159 0.0866 5.43E−02 1567.6

71 19.23 3.80 0.5710 17.979 0.2389 1.36E−01 3936.9

72 19.73 3.80 1.0135 31.912 0.4349 2.42E−01 6987.8

73 20.22 3.80 1.9446 61.231 0.8474 4.65E−01 13407.9

74 20.72 3.80 1.6410 51.673 0.7129 3.92E−01 11314.9

75 21.41 3.80 2.6696 84.061 1.1685 6.38E−01 18406.8

76 21.71 3.80 4.2246 133.024 1.8574 1.01E+00 29128.3

77 22.06 3.80 5.5351 174.291 2.4379 1.32E+00 38164.7

78 22.49 3.80 5.6384 177.543 2.4837 1.35E+00 38876.8

79 22.76 3.80 5.3714 169.137 2.3654 1.28E+00 37036.1

80 22.91 3.80 5.2013 163.780 2.2901 1.24E+00 35863.0

81 23.76 3.80 5.7479 180.991 2.5322 1.37E+00 39631.8

82 24.15 3.80 5.4533 171.716 2.4017 1.30E+00 37600.8

83 24.98 3.80 5.5224 173.889 2.4323 1.32E+00 38076.7

84 22.59 3.90 5.4463 171.493 2.3986 1.30E+00 37551.9

85 22.80 3.90 5.6563 178.105 2.4916 1.35E+00 38999.9

86 23.01 3.90 5.3763 169.290 2.3676 1.29E+00 37069.7

87 23.15 3.90 5.9218 186.466 2.6092 1.42E+00 40830.7

88 23.86 3.90 5.5169 173.717 2.4299 1.32E+00 38039.0

89 24.25 3.90 5.2720 166.006 2.3214 1.26E+00 36350.6

90 11.99 2.00 0.1785 5.622 0.0650 4.27E−02 1231.0

91 13.97 2.00 0.1649 5.192 0.0590 3.94E−02 1136.9
162

Table A20. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.2038 6.419 0.0762 4.87E−02 1405.5

93 17.93 2.00 0.4055 12.769 0.1656 9.69E−02 2796.0

94 19.91 2.00 1.2380 38.982 0.5343 2.96E−01 8535.9

95 1.00 −0.38 0.0723 2.276 0.0179 1.73E−02 498.3

96 1.00 0.29 0.0704 2.216 0.0171 1.68E−02 485.2

97 1.00 0.91 0.0711 2.239 0.0174 1.70E−02 490.2

98 1.00 1.53 0.0715 2.252 0.0176 1.71E−02 493.2

99 2.50 −0.38 0.0570 1.794 0.0112 1.36E−02 392.9

100 4.00 −0.38 0.0528 1.663 0.0093 1.26E−02 364.1

101 4.00 0.29 0.0532 1.675 0.0095 1.27E−02 366.9

102 4.00 1.53 0.0520 1.637 0.0090 1.24E−02 358.5

103 5.50 −0.38 0.0673 2.121 0.0158 1.61E−02 464.3

104 7.00 −0.38 0.0816 2.568 0.0221 1.95E−02 562.4

105 8.00 −2.28 0.0661 2.082 0.0152 1.58E−02 455.8

106 8.00 −1.88 0.0688 2.167 0.0164 1.64E−02 474.5

107 8.00 −1.49 0.0707 2.227 0.0173 1.69E−02 487.6

108 8.00 −1.04 0.0728 2.292 0.0182 1.74E−02 501.9

109 8.00 −0.38 0.0771 2.429 0.0201 1.84E−02 531.8

110 8.00 −0.13 0.0766 2.411 0.0199 1.83E−02 528.0

111 8.00 0.01 0.0767 2.414 0.0199 1.83E−02 528.5

112 8.00 0.29 0.0772 2.431 0.0201 1.85E−02 532.4

113 8.00 0.74 0.0745 2.346 0.0189 1.78E−02 513.8

114 8.00 1.13 0.0721 2.270 0.0179 1.72E−02 497.0

115 8.00 1.53 0.0700 2.203 0.0169 1.67E−02 482.5

116 9.00 −0.38 0.0813 2.560 0.0219 1.94E−02 560.6

117 9.00 −0.13 0.0824 2.594 0.0224 1.97E−02 568.1

118 9.00 0.01 0.0823 2.591 0.0224 1.97E−02 567.3

119 9.00 0.29 0.0812 2.558 0.0219 1.94E−02 560.1

120 9.00 0.64 0.0777 2.448 0.0204 1.86E−02 536.0

121 9.00 0.95 0.0656 2.067 0.0150 1.57E−02 452.6

122 10.00 −0.38 0.0929 2.924 0.0271 2.22E−02 640.3

123 10.00 −0.13 0.0948 2.984 0.0279 2.27E−02 653.5

124 10.00 0.01 0.0960 3.024 0.0285 2.30E−02 662.1

125 10.00 0.29 0.0920 2.898 0.0267 2.20E−02 634.5

126 10.00 0.53 0.0921 2.901 0.0267 2.20E−02 635.1

127 10.00 0.71 0.0905 2.849 0.0260 2.16E−02 623.9

128 10.00 0.85 0.0909 2.864 0.0262 2.17E−02 627.0

129 10.00 0.97 0.0949 2.987 0.0280 2.27E−02 654.0

130 11.00 −0.38 0.1051 3.308 0.0325 2.51E−02 724.4

131 11.00 −0.13 0.1057 3.328 0.0327 2.53E−02 728.7

132 11.00 0.01 0.1061 3.341 0.0329 2.54E−02 731.5

133 11.00 0.15 0.1054 3.319 0.0326 2.52E−02 726.8

134 11.00 0.43 0.1016 3.199 0.0309 2.43E−02 700.6

135 11.00 0.60 0.1013 3.191 0.0308 2.42E−02 698.7

136 11.00 0.74 0.1061 3.341 0.0329 2.54E−02 731.6

137 11.00 0.86 0.1087 3.422 0.0341 2.60E−02 749.4

138 12.00 −0.38 0.1143 3.598 0.0366 2.73E−02 788.0

139 12.00 −0.13 0.1155 3.637 0.0371 2.76E−02 796.3

140 12.00 0.01 0.1179 3.711 0.0381 2.82E−02 812.7

141 12.00 0.15 0.1156 3.639 0.0371 2.76E−02 796.9

142 12.00 0.32 0.1130 3.560 0.0360 2.70E−02 779.5

143 12.00 0.50 0.1157 3.645 0.0372 2.77E−02 798.1

144 12.00 0.64 0.1214 3.824 0.0397 2.90E−02 837.3

145 12.00 0.76 0.1207 3.800 0.0394 2.88E−02 832.0

146 13.00 −0.38 0.1283 4.041 0.0428 3.07E−02 884.8

147 13.00 −0.13 0.1290 4.062 0.0431 3.08E−02 889.4

148 13.00 0.01 0.1304 4.106 0.0437 3.12E−02 899.0

149 13.00 0.15 0.1296 4.080 0.0433 3.10E−02 893.4
163

Table A20. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.27 0.1301 4.096 0.0436 3.11E−02 897.0

151 13.00 0.39 0.1302 4.101 0.0436 3.11E−02 898.0

152 13.00 0.53 0.1347 4.242 0.0456 3.22E−02 928.8

153 13.00 0.65 0.1335 4.203 0.0451 3.19E−02 920.3

154 14.00 −0.38 0.1527 4.807 0.0536 3.65E−02 1052.6

155 14.00 −0.13 0.1510 4.753 0.0528 3.61E−02 1040.8

156 14.00 0.01 0.1515 4.770 0.0530 3.62E−02 1044.6

157 14.00 0.15 0.1505 4.740 0.0526 3.60E−02 1038.0

158 14.00 0.29 0.1449 4.561 0.0501 3.46E−02 998.8

159 14.00 0.43 0.1539 4.846 0.0541 3.68E−02 1061.1

160 14.00 0.55 0.1488 4.687 0.0519 3.56E−02 1026.3

161 15.00 −0.38 0.1764 5.553 0.0641 4.22E−02 1216.0

162 15.00 −0.13 0.1800 5.667 0.0657 4.30E−02 1240.8

163 15.00 0.01 0.1807 5.688 0.0660 4.32E−02 1245.6

164 15.00 0.32 0.1786 5.625 0.0651 4.27E−02 1231.7

165 15.00 0.44 0.1740 5.478 0.0630 4.16E−02 1199.6

166 16.00 −0.38 0.2167 6.825 0.0819 5.18E−02 1494.4

167 16.00 −0.13 0.2243 7.062 0.0853 5.36E−02 1546.4

168 16.00 0.01 0.2266 7.135 0.0863 5.42E−02 1562.4

169 16.00 0.11 0.2256 7.104 0.0859 5.39E−02 1555.5

170 16.00 0.22 0.2241 7.056 0.0852 5.36E−02 1545.0

171 16.00 0.34 0.2169 6.830 0.0820 5.18E−02 1495.7

172 17.00 −0.38 0.3242 10.209 0.1296 7.75E−02 2235.6

173 17.00 −0.13 0.3051 9.608 0.1211 7.29E−02 2103.8

174 17.00 0.01 0.3068 9.661 0.1219 7.33E−02 2115.5

175 17.00 0.11 0.3043 9.581 0.1207 7.27E−02 2097.9

176 17.00 0.23 0.3085 9.715 0.1226 7.37E−02 2127.3

177 18.00 −0.38 0.5874 18.495 0.2461 1.40E−01 4049.8

178 18.00 −0.13 0.5736 18.061 0.2400 1.37E−01 3954.8

179 18.00 0.01 0.5646 17.779 0.2361 1.35E−01 3893.1

180 18.00 0.13 0.5723 18.020 0.2395 1.37E−01 3945.9

181 18.50 −0.38 0.7242 22.805 0.3068 1.73E−01 4993.5

182 18.50 −0.13 0.7661 24.122 0.3253 1.83E−01 5282.1

183 18.50 0.01 0.7625 24.011 0.3237 1.82E−01 5257.6

184 18.60 0.05 0.7612 23.970 0.3231 1.82E−01 5248.6

185 18.50 0.10 0.7708 24.270 0.3274 1.84E−01 5314.5

186 19.20 −0.38 0.7959 25.062 0.3385 1.90E−01 5487.9

187 19.20 −0.13 0.7877 24.804 0.3349 1.88E−01 5431.4

188 19.20 0.01 0.7824 24.635 0.3325 1.87E−01 5394.4

189 19.30 0.05 0.7953 25.043 0.3383 1.90E−01 5483.7

190 19.20 0.10 0.7873 24.790 0.3347 1.88E−01 5428.4

191 20.00 −0.38 0.9077 28.581 0.3880 2.17E−01 6258.4

192 20.00 −0.13 0.9121 28.720 0.3900 2.18E−01 6288.8

193 20.00 0.01 0.9079 28.588 0.3881 2.17E−01 6260.0

194 20.10 0.05 0.9274 29.204 0.3968 2.22E−01 6394.7

195 20.00 0.10 0.9083 28.600 0.3883 2.17E−01 6262.7

196 20.80 −0.38 1.0451 32.909 0.4489 2.50E−01 7206.1

197 20.80 −0.13 1.0446 32.891 0.4487 2.50E−01 7202.2

198 20.80 0.01 1.0423 32.820 0.4477 2.49E−01 7186.7

199 20.90 0.05 1.0598 33.372 0.4554 2.53E−01 7307.5

200 20.80 0.10 1.0460 32.935 0.4493 2.50E−01 7211.9

201 21.60 −0.38 1.1410 35.929 0.4914 2.73E−01 7867.5

202 21.60 −0.13 1.1506 36.230 0.4956 2.75E−01 7933.3

203 21.60 0.01 1.1523 36.284 0.4964 2.75E−01 7945.2

204 21.70 0.05 1.1592 36.502 0.4995 2.77E−01 7992.8

205 21.60 0.10 1.1553 36.379 0.4977 2.76E−01 7966.0

206 22.40 −0.38 1.1995 37.770 0.5173 2.87E−01 8270.5

207 22.40 −0.13 1.2153 38.268 0.5243 2.90E−01 8379.6
164

Table A20. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.01 1.2134 38.207 0.5234 2.90E−01 8366.2

209 22.50 0.05 1.2218 38.471 0.5272 2.92E−01 8424.1

210 22.40 0.10 1.2173 38.332 0.5252 2.91E−01 8393.5

211 23.20 −0.38 1.2437 39.163 0.5369 2.97E−01 8575.5

212 23.20 −0.13 1.2571 39.585 0.5428 3.00E−01 8667.9

213 23.20 0.01 1.2628 39.762 0.5453 3.02E−01 8706.7

214 23.30 0.05 1.2683 39.938 0.5478 3.03E−01 8745.2

215 23.20 0.10 1.2638 39.796 0.5458 3.02E−01 8714.2

216 24.00 −0.38 1.2680 39.927 0.5476 3.03E−01 8742.9

217 24.00 −0.13 1.2917 40.674 0.5581 3.09E−01 8906.3

218 24.00 0.01 1.2931 40.717 0.5588 3.09E−01 8915.8

219 24.10 0.05 1.2965 40.823 0.5602 3.10E−01 8939.0

220 24.00 0.10 1.2995 40.919 0.5616 3.11E−01 8960.1

221 25.00 −0.38 1.0010 31.520 0.4294 2.39E−01 6902.0

222 25.00 −0.13 0.9852 31.021 0.4223 2.35E−01 6792.6

223 25.00 0.01 1.0250 32.274 0.4400 2.45E−01 7067.1

224 25.10 0.05 0.8704 27.409 0.3715 2.08E−01 6001.7

225 25.00 0.10 1.0012 31.527 0.4295 2.39E−01 6903.5

226 9.00 999.00 4.8613 153.075 2.1395 1.16E+00 33518.9

227 0.00 −2.63 4.2211 132.915 1.8558 1.01E+00 29104.6

228 0.00 −0.67 4.2686 134.410 1.8769 1.02E+00 29431.9

229 0.00 1.88 4.1833 131.724 1.8391 1.00E+00 28843.7

230 18.23 0.00 0.7187 22.630 0.3043 1.72E−01 4955.3

231 18.43 0.00 0.8180 25.757 0.3483 1.96E−01 5640.0

232 18.63 0.00 0.7895 24.860 0.3357 1.89E−01 5443.7

233 19.00 0.00 0.9410 29.630 0.4028 2.25E−01 6488.0

234 19.40 0.00 1.3566 42.717 0.5869 3.24E−01 9353.8

235 20.13 0.00 0.7304 22.997 0.3095 1.75E−01 5035.8

236 20.33 0.00 0.8491 26.737 0.3621 2.03E−01 5854.6

237 20.53 0.00 0.9929 31.264 0.4258 2.37E−01 6845.9

238 20.73 0.00 1.3114 41.292 0.5668 3.13E−01 9041.8

239 21.50 0.00 2.0202 63.611 0.8808 4.83E−01 13928.9

240 22.00 0.00 5.5568 174.973 2.4475 1.33E+00 38314.1

241 22.50 0.00 5.6664 178.426 2.4961 1.35E+00 39070.1

242 22.70 0.00 5.3269 167.733 2.3457 1.27E+00 36728.7

243 23.00 0.00 5.2768 166.156 2.3235 1.26E+00 36383.3

244 0.58 999.00 0.0791 2.491 0.0210 1.89E−02 545.4

245 0.86 999.00 0.0782 2.461 0.0206 1.87E−02 538.9

246 1.15 999.00 0.0772 2.432 0.0201 1.85E−02 532.6

247 1.43 999.00 0.0781 2.459 0.0205 1.87E−02 538.5

248 1.72 999.00 0.0765 2.408 0.0198 1.83E−02 527.3

249 2.00 999.00 0.0780 2.456 0.0205 1.86E−02 537.7

250 2.29 999.00 0.0773 2.433 0.0202 1.85E−02 532.7

251 2.57 999.00 0.0784 2.467 0.0206 1.87E−02 540.3

252 2.86 999.00 0.0768 2.419 0.0200 1.84E−02 529.6

253 3.14 999.00 0.0771 2.427 0.0201 1.84E−02 531.4

254 3.43 999.00 0.0779 2.452 0.0204 1.86E−02 536.8

255 999.00 999.00 0.0739 2.327 0.0187 1.77E−02 509.5

256 999.00 999.00 0.0728 2.291 0.0182 1.74E−02 501.7
165

Table A21. Flow Conditions and Pressure Distribution for Run 58

[CR = 3; Re = 0.55 × 106 per foot; 50 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 358.41 (.24711E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1827.48 ( 1015.27)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0163 ( 8.41)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 458.37 (.10655E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.67

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . 0.0101 ( 69.92)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . 96.73 ( 53.74)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.87954E−05 (.45330E−02)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . 0.23069E+02 (.53623E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 482.50 ( 147.06)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 4667.18 ( 1422.56)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . 0.56561E+06 (.18556E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . 0.665 ( 4586.63)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . 0.72576E−07 (.34749E−05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 1.233 ( 8504.56)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1829.53 ( 1016.40)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.56557E−04 (.29149E−01)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0387 4.039 0.0456 3.27E−02 267.0

2 11.18 0.20 0.0387 4.038 0.0455 3.26E−02 267.0

3 12.17 0.20 0.0402 4.195 0.0479 3.39E−02 277.4

4 13.15 0.20 0.0422 4.396 0.0509 3.55E−02 290.7

5 14.21 0.20 0.0466 4.856 0.0578 3.93E−02 321.1

6 15.14 0.20 0.0497 5.184 0.0627 4.19E−02 342.8

7 16.13 0.20 0.0547 5.703 0.0705 4.61E−02 377.1

8 17.12 0.20 0.0606 6.315 0.0797 5.11E−02 417.5

9 18.11 0.20 0.0657 6.852 0.0877 5.54E−02 453.0

10 19.74 0.20 0.0628 6.550 0.0832 5.30E−02 433.1

11 20.55 0.20 0.0722 7.529 0.0979 6.09E−02 497.8

12 22.56 0.20 0.0945 9.858 0.1328 7.97E−02 651.8

13 24.98 0.20 0.1021 10.644 0.1446 8.61E−02 703.7

14 10.59 0.60 0.0589 6.140 0.0770 4.96E−02 406.0

15 11.58 0.60 0.0491 5.116 0.0617 4.14E−02 338.3

16 12.57 0.60 0.0554 5.774 0.0716 4.67E−02 381.7

17 13.56 0.60 0.0538 5.610 0.0691 4.54E−02 370.9

18 14.60 0.60 0.0529 5.517 0.0677 4.46E−02 364.8

19 15.54 0.60 0.0542 5.655 0.0698 4.57E−02 373.9

20 16.53 0.60 0.0577 6.018 0.0752 4.87E−02 397.9

21 17.52 0.60 0.0632 6.586 0.0837 5.33E−02 435.5

22 18.51 0.60 0.0711 7.416 0.0962 6.00E−02 490.3

23 12.97 1.00 0.0625 6.518 0.0827 5.27E−02 431.0

24 15.00 1.00 0.0648 6.760 0.0863 5.47E−02 446.9

25 15.94 1.00 0.0627 6.540 0.0830 5.29E−02 432.4

26 16.93 1.00 0.0657 6.854 0.0878 5.54E−02 453.2

27 17.92 1.00 0.0811 8.461 0.1118 6.84E−02 559.4

28 18.91 1.00 0.0826 8.615 0.1141 6.97E−02 569.6

29 24.98 1.00 0.0888 9.264 0.1239 7.49E−02 612.5

30 11.99 2.00 0.0672 7.012 0.0901 5.67E−02 463.6

31 13.97 2.00 0.0604 6.296 0.0794 5.09E−02 416.3

32 15.98 2.00 0.0628 6.548 0.0832 5.29E−02 432.9

33 16.94 2.00 0.0720 7.510 0.0976 6.07E−02 496.5
166

Table A21. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.0808 8.426 0.1113 6.81E−02 557.1

35 18.42 2.00 0.0870 9.077 0.1211 7.34E−02 600.2

36 18.92 2.00 0.0949 9.899 0.1334 8.00E−02 654.5

37 19.41 2.00 0.0958 9.994 0.1348 8.08E−02 660.8

38 19.91 2.00 0.1043 10.879 0.1481 8.80E−02 719.3

39 20.26 2.00 0.1162 12.121 0.1667 9.80E−02 801.4

40 21.11 2.00 0.0947 9.873 0.1330 7.98E−02 652.8

41 21.96 2.00 0.0939 9.793 0.1318 7.92E−02 647.5

42 22.74 2.00 0.1257 13.113 0.1816 1.06E−01 867.0

43 23.52 2.00 0.1428 14.886 0.2081 1.20E−01 984.3

44 24.98 2.00 0.0921 9.608 0.1290 7.77E−02 635.2

45 17.94 3.00 0.0849 8.856 0.1178 7.16E−02 585.5

46 18.93 3.00 0.0925 9.647 0.1296 7.80E−02 637.8

47 19.92 3.00 0.1088 11.349 0.1551 9.18E−02 750.3

48 20.91 3.00 0.1526 15.909 0.2235 1.29E−01 1051.9

49 22.11 3.00 0.2999 31.276 0.4538 2.53E−01 2067.9

50 22.96 3.00 0.2509 26.169 0.3773 2.12E−01 1730.2

51 23.74 3.00 0.2118 22.086 0.3161 1.79E−01 1460.3

52 24.98 3.00 0.1508 15.724 0.2207 1.27E−01 1039.7

53 18.34 3.40 0.0863 8.998 0.1199 7.28E−02 595.0

54 19.32 3.40 0.1020 10.633 0.1444 8.60E−02 703.1

55 19.82 3.40 0.1019 10.628 0.1443 8.59E−02 702.7

56 20.32 3.40 0.1125 11.728 0.1608 9.48E−02 775.5

57 20.81 3.40 0.1438 15.000 0.2098 1.21E−01 991.8

58 21.31 3.40 0.2140 22.319 0.3196 1.80E−01 1475.7

59 21.66 3.40 0.3002 31.309 0.4543 2.53E−01 2070.1

60 22.94 3.40 0.2624 27.367 0.3952 2.21E−01 1809.4

61 23.75 3.40 0.2087 21.767 0.3113 1.76E−01 1439.2

62 24.14 3.40 0.1914 19.956 0.2841 1.61E−01 1319.5

63 22.29 3.60 0.3011 31.396 0.4556 2.54E−01 2075.8

64 22.71 3.60 0.3350 34.936 0.5087 2.82E−01 2309.9

65 23.14 3.60 0.3029 31.582 0.4584 2.55E−01 2088.2

66 23.95 3.60 0.1933 20.157 0.2872 1.63E−01 1332.8

67 24.34 3.60 0.1892 19.729 0.2807 1.60E−01 1304.5

68 13.79 3.80 0.0545 5.685 0.0702 4.60E−02 375.9

69 15.77 3.80 0.0473 4.928 0.0589 3.98E−02 325.8

70 17.75 3.80 0.0747 7.787 0.1017 6.30E−02 514.8

71 19.23 3.80 0.0981 10.233 0.1384 8.27E−02 676.6

72 19.73 3.80 0.1125 11.737 0.1609 9.49E−02 776.0

73 20.22 3.80 0.1257 13.106 0.1815 1.06E−01 866.6

74 20.72 3.80 0.1383 14.426 0.2013 1.17E−01 953.9

75 21.41 3.80 0.2328 24.279 0.3489 1.96E−01 1605.3

76 21.71 3.80 0.2837 29.583 0.4284 2.39E−01 1956.0

77 22.06 3.80 0.3377 35.219 0.5129 2.85E−01 2328.6

78 22.49 3.80 0.3202 33.390 0.4855 2.70E−01 2207.7

79 22.76 3.80 0.3118 32.515 0.4724 2.63E−01 2149.8

80 22.91 3.80 0.2878 30.012 0.4349 2.43E−01 1984.4

81 23.76 3.80 0.2167 22.601 0.3238 1.83E−01 1494.3

82 24.15 3.80 0.2153 22.451 0.3215 1.82E−01 1484.4

83 24.98 3.80 0.2218 23.134 0.3318 1.87E−01 1529.6

84 22.59 3.90 0.3157 32.925 0.4785 2.66E−01 2177.0

85 22.80 3.90 0.2974 31.008 0.4498 2.51E−01 2050.2

86 23.01 3.90 0.2676 27.908 0.4033 2.26E−01 1845.2

87 23.15 3.90 0.2490 25.967 0.3742 2.10E−01 1716.9

88 23.86 3.90 0.2171 22.644 0.3244 1.83E−01 1497.2

89 24.25 3.90 0.2125 22.155 0.3171 1.79E−01 1464.8

90 11.99 2.00 0.0671 6.999 0.0899 5.66E−02 462.8

91 13.97 2.00 0.0614 6.405 0.0810 5.18E−02 423.5
167

Table A21. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.0617 6.433 0.0814 5.20E−02 425.3

93 17.93 2.00 0.0815 8.498 0.1124 6.87E−02 561.9

94 19.91 2.00 0.1018 10.619 0.1442 8.59E−02 702.1

95 1.00 0.00 0.0309 3.227 0.0334 2.61E−02 213.4

96 1.00 0.66 0.0312 3.253 0.0338 2.63E−02 215.1

97 1.00 1.28 0.0334 3.482 0.0372 2.82E−02 230.2

98 1.00 1.90 0.0307 3.204 0.0330 2.59E−02 211.8

99 2.50 0.00 0.0257 2.678 0.0251 2.17E−02 177.1

100 4.00 0.00 0.0241 2.517 0.0227 2.04E−02 166.4

101 4.00 0.66 0.0261 2.726 0.0259 2.20E−02 180.2

102 4.00 1.90 0.0224 2.334 0.0200 1.89E−02 154.3

103 5.50 0.00 0.0260 2.715 0.0257 2.20E−02 179.5

104 7.00 0.00 0.0232 2.419 0.0213 1.96E−02 159.9

105 8.00 −1.90 0.0250 2.604 0.0240 2.11E−02 172.2

106 8.00 −1.50 0.0277 2.888 0.0283 2.33E−02 190.9

107 8.00 −1.11 0.0272 2.838 0.0276 2.29E−02 187.7

108 8.00 −0.66 0.0278 2.896 0.0284 2.34E−02 191.5

109 8.00 0.00 0.0300 3.131 0.0319 2.53E−02 207.0

110 8.00 0.25 0.0269 2.802 0.0270 2.27E−02 185.3

111 8.00 0.38 0.0287 2.995 0.0299 2.42E−02 198.0

112 8.00 0.66 0.0314 3.272 0.0340 2.65E−02 216.3

113 8.00 1.11 0.0309 3.219 0.0333 2.60E−02 212.8

114 8.00 1.50 0.0291 3.032 0.0305 2.45E−02 200.5

115 8.00 1.90 0.0273 2.850 0.0277 2.30E−02 188.4

116 9.00 0.00 0.0330 3.444 0.0366 2.78E−02 227.7

117 9.00 0.25 0.0323 3.366 0.0355 2.72E−02 222.6

118 9.00 0.38 0.0313 3.259 0.0339 2.64E−02 215.5

119 9.00 0.66 0.0309 3.223 0.0333 2.61E−02 213.1

120 9.00 1.01 0.0367 3.830 0.0424 3.10E−02 253.2

121 9.00 1.32 0.0333 3.475 0.0371 2.81E−02 229.8

122 10.00 0.00 0.0397 4.143 0.0471 3.35E−02 273.9

123 10.00 0.25 0.0389 4.057 0.0458 3.28E−02 268.2

124 10.00 0.38 0.0403 4.206 0.0481 3.40E−02 278.1

125 10.00 0.66 0.0336 3.500 0.0375 2.83E−02 231.4

126 10.00 0.90 0.0360 3.756 0.0413 3.04E−02 248.4

127 10.00 1.08 0.0380 3.964 0.0444 3.20E−02 262.1

128 10.00 1.22 0.0342 3.571 0.0385 2.89E−02 236.1

129 10.00 1.34 0.0370 3.857 0.0428 3.12E−02 255.0

130 11.00 0.00 0.0348 3.634 0.0395 2.94E−02 240.3

131 11.00 0.25 0.0429 4.469 0.0520 3.61E−02 295.5

132 11.00 0.38 0.0410 4.276 0.0491 3.46E−02 282.7

133 11.00 0.52 0.0417 4.348 0.0502 3.52E−02 287.5

134 11.00 0.80 0.0387 4.040 0.0456 3.27E−02 267.1

135 11.00 0.97 0.0379 3.956 0.0443 3.20E−02 261.6

136 11.00 1.11 0.0416 4.333 0.0500 3.50E−02 286.5

137 11.00 1.23 0.0422 4.400 0.0510 3.56E−02 290.9

138 12.00 0.00 0.0449 4.681 0.0552 3.78E−02 309.5

139 12.00 0.25 0.0444 4.634 0.0545 3.75E−02 306.4

140 12.00 0.38 0.0444 4.629 0.0544 3.74E−02 306.1

141 12.00 0.52 0.0438 4.565 0.0534 3.69E−02 301.8

142 12.00 0.69 0.0356 3.716 0.0407 3.00E−02 245.7

143 12.00 0.87 0.0428 4.462 0.0519 3.61E−02 295.1

144 12.00 1.01 0.0439 4.579 0.0536 3.70E−02 302.7

145 12.00 1.13 0.0429 4.471 0.0520 3.61E−02 295.6

146 13.00 0.00 0.0466 4.859 0.0578 3.93E−02 321.3

147 13.00 0.25 0.0466 4.860 0.0579 3.93E−02 321.3

148 13.00 0.38 0.0459 4.788 0.0568 3.87E−02 316.6

149 13.00 0.52 0.0465 4.848 0.0577 3.92E−02 320.5
168

Table A21. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.64 0.0450 4.692 0.0553 3.79E−02 310.2

151 13.00 0.76 0.0453 4.722 0.0558 3.82E−02 312.2

152 13.00 0.90 0.0421 4.385 0.0507 3.55E−02 289.9

153 13.00 1.02 0.0437 4.555 0.0533 3.68E−02 301.1

154 14.00 0.00 0.0481 5.016 0.0602 4.06E−02 331.7

155 14.00 0.25 0.0460 4.797 0.0569 3.88E−02 317.2

156 14.00 0.38 0.0457 4.765 0.0564 3.85E−02 315.1

157 14.00 0.52 0.0442 4.607 0.0541 3.72E−02 304.6

158 14.00 0.66 0.0615 6.419 0.0812 5.19E−02 424.4

159 14.00 0.80 0.0475 4.957 0.0593 4.01E−02 327.7

160 14.00 0.92 0.0440 4.584 0.0537 3.71E−02 303.1

161 15.00 0.00 0.0529 5.513 0.0677 4.46E−02 364.5

162 15.00 0.25 0.0523 5.455 0.0668 4.41E−02 360.6

163 15.00 0.38 0.0489 5.097 0.0614 4.12E−02 337.0

164 15.00 0.69 0.0518 5.398 0.0659 4.36E−02 356.9

165 15.00 0.81 0.0515 5.369 0.0655 4.34E−02 355.0

166 16.00 0.00 0.0558 5.821 0.0723 4.71E−02 384.8

167 16.00 0.25 0.0555 5.792 0.0718 4.68E−02 383.0

168 16.00 0.38 0.0548 5.712 0.0706 4.62E−02 377.7

169 16.00 0.48 0.0530 5.526 0.0678 4.47E−02 365.4

170 16.00 0.59 0.0529 5.520 0.0677 4.46E−02 365.0

171 16.00 0.71 0.0545 5.683 0.0702 4.60E−02 375.8

172 17.00 0.00 0.0636 6.634 0.0844 5.36E−02 438.6

173 17.00 0.25 0.0596 6.214 0.0781 5.02E−02 410.8

174 17.00 0.38 0.0621 6.473 0.0820 5.23E−02 428.0

175 17.00 0.48 0.0572 5.970 0.0745 4.83E−02 394.7

176 17.00 0.60 0.0645 6.730 0.0859 5.44E−02 445.0

177 18.00 0.00 0.0742 7.734 0.1009 6.25E−02 511.3

178 18.00 0.25 0.0706 7.367 0.0954 5.96E−02 487.1

179 18.00 0.38 0.0687 7.168 0.0925 5.80E−02 473.9

180 18.00 0.50 0.0640 6.678 0.0851 5.40E−02 441.6

181 18.50 0.00 0.0739 7.704 0.1005 6.23E−02 509.4

182 18.50 0.25 0.0723 7.535 0.0980 6.09E−02 498.2

183 18.50 0.38 0.0672 7.009 0.0901 5.67E−02 463.4

184 18.60 0.42 0.0661 6.892 0.0883 5.57E−02 455.7

185 18.50 0.47 0.0686 7.153 0.0922 5.78E−02 473.0

186 19.20 0.00 0.0805 8.395 0.1108 6.79E−02 555.0

187 19.20 0.25 0.0745 7.769 0.1015 6.28E−02 513.7

188 19.20 0.38 0.0647 6.747 0.0861 5.46E−02 446.1

189 19.30 0.42 0.0638 6.652 0.0847 5.38E−02 439.8

190 19.20 0.47 0.0645 6.723 0.0858 5.44E−02 444.5

191 20.00 0.00 0.0777 8.105 0.1065 6.55E−02 535.9

192 20.00 0.25 0.0728 7.595 0.0989 6.14E−02 502.2

193 20.00 0.38 0.0686 7.152 0.0922 5.78E−02 472.9

194 20.10 0.42 0.0709 7.399 0.0959 5.98E−02 489.2

195 20.00 0.47 0.0664 6.921 0.0887 5.60E−02 457.6

196 20.80 0.00 0.0909 9.482 0.1271 7.67E−02 626.9

197 20.80 0.25 0.0837 8.725 0.1158 7.05E−02 576.9

198 20.80 0.38 0.0769 8.018 0.1052 6.48E−02 530.2

199 20.90 0.42 0.0794 8.285 0.1092 6.70E−02 547.8

200 20.80 0.47 0.0771 8.043 0.1056 6.50E−02 531.8

201 21.60 0.00 0.0937 9.776 0.1315 7.90E−02 646.4

202 21.60 0.25 0.0929 9.689 0.1302 7.83E−02 640.6

203 21.60 0.38 0.0938 9.780 0.1316 7.91E−02 646.6

204 21.70 0.42 0.0914 9.527 0.1278 7.70E−02 629.9

205 21.60 0.47 0.0906 9.448 0.1266 7.64E−02 624.7

206 22.40 0.00 0.0997 10.393 0.1408 8.40E−02 687.2

207 22.40 0.25 0.1010 10.537 0.1429 8.52E−02 696.7
169

Table A21. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.38 0.0996 10.389 0.1407 8.40E−02 686.9

209 22.50 0.42 0.1085 11.311 0.1545 9.15E−02 747.8

210 22.40 0.47 0.1086 11.329 0.1548 9.16E−02 749.1

211 23.20 0.00 0.1081 11.278 0.1541 9.12E−02 745.7

212 23.20 0.25 0.1074 11.198 0.1529 9.05E−02 740.4

213 23.20 0.38 0.1118 11.659 0.1598 9.43E−02 770.8

214 23.30 0.42 0.1115 11.627 0.1593 9.40E−02 768.7

215 23.20 0.47 0.1007 10.497 0.1424 8.49E−02 694.0

216 24.00 0.00 0.1059 11.041 0.1505 8.93E−02 730.0

217 24.00 0.25 0.1143 11.922 0.1637 9.64E−02 788.3

218 24.00 0.38 0.1152 12.011 0.1650 9.71E−02 794.1

219 24.10 0.42 0.1191 12.425 0.1713 1.00E−01 821.5

220 24.00 0.47 0.1177 12.275 0.1690 9.93E−02 811.6

221 25.00 0.00 0.1118 11.654 0.1597 9.42E−02 770.5

222 25.00 0.25 0.1103 11.507 0.1575 9.30E−02 760.8

223 25.00 0.38 0.1027 10.713 0.1456 8.66E−02 708.3

224 25.10 0.42 0.1026 10.703 0.1454 8.65E−02 707.6

225 25.00 0.47 0.1065 11.110 0.1515 8.98E−02 734.6

226 9.00 999.00 0.0309 3.221 0.0333 2.60E−02 213.0

227 0.00 −2.25 1.1887 123.959 1.8431 1.00E+00 8195.9

228 0.00 −0.29 1.1668 121.678 1.8089 9.84E−01 8045.2

229 0.00 2.25 1.1668 121.675 1.8088 9.84E−01 8044.9

230 18.23 0.00 0.0749 7.811 0.1021 6.32E−02 516.4

231 18.43 0.00 0.0888 9.256 0.1237 7.48E−02 612.0

232 18.63 0.00 0.0895 9.335 0.1249 7.55E−02 617.2

233 19.00 0.00 0.1115 11.631 0.1594 9.40E−02 769.0

234 19.40 0.00 0.1596 16.641 0.2344 1.35E−01 1100.3

235 20.13 0.00 0.3065 31.963 0.4641 2.58E−01 2113.3

236 20.33 0.00 0.3056 31.872 0.4627 2.58E−01 2107.3

237 20.53 0.00 0.3166 33.018 0.4799 2.67E−01 2183.1

238 20.73 0.00 0.3317 34.596 0.5036 2.80E−01 2287.4

239 21.50 0.00 0.2663 27.765 0.4012 2.24E−01 1835.8

240 22.00 0.00 0.2606 27.172 0.3923 2.20E−01 1796.6

241 22.50 0.00 0.2337 24.366 0.3502 1.97E−01 1611.0

242 22.70 0.00 0.2487 25.939 0.3738 2.10E−01 1715.0

243 23.00 0.00 0.2704 28.196 0.4076 2.28E−01 1864.2

244 0.58 999.00 0.0313 3.269 0.0340 2.64E−02 216.2

245 0.86 999.00 0.0336 3.499 0.0375 2.83E−02 231.4

246 1.15 999.00 0.0320 3.335 0.0350 2.70E−02 220.5

247 1.43 999.00 0.0321 3.343 0.0351 2.70E−02 221.0

248 1.72 999.00 0.0292 3.048 0.0307 2.46E−02 201.5

249 2.00 999.00 0.0353 3.683 0.0402 2.98E−02 243.5

250 2.29 999.00 0.0324 3.381 0.0357 2.73E−02 223.5

251 2.57 999.00 0.0339 3.538 0.0380 2.86E−02 233.9

252 2.86 999.00 0.0323 3.366 0.0355 2.72E−02 222.5

253 3.14 999.00 0.0337 3.518 0.0377 2.84E−02 232.6

254 3.43 999.00 0.0318 3.314 0.0347 2.68E−02 219.1

255 999.00 999.00 0.0313 3.263 0.0339 2.64E−02 215.7

256 999.00 999.00 1.1874 123.825 1.8411 1.00E+00 8187.1
170

Table A22. Flow Conditions and Pressure Distribution for Run 59

[CR = 3; Re = 1.14 × 106 per foot; 50 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 720.52 (.49678E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1853.30 ( 1029.61)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0321 ( 16.54)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 466.09 (.10834E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.77

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . 0.0190 ( 130.70)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . 96.43 ( 53.57)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.16493E−04 (.85002E−02)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . 0.22997E+02 (.53456E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 481.74 ( 146.84)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . 4708.78 ( 1435.24)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . 0.10740E+07 (.35237E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . 1.270 ( 8754.83)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . 0.72310E−07 (.34622E−05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 2.354 ( 16235.15)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1857.74 ( 1032.08)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.10632E−03 (.54797E−01)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0561 3.193 0.0320 2.51E−02 387.1

2 11.18 0.20 0.0599 3.406 0.0351 2.68E−02 412.9

3 12.17 0.20 0.0635 3.614 0.0381 2.84E−02 438.0

4 13.15 0.20 0.0666 3.787 0.0407 2.98E−02 459.0

5 14.21 0.20 0.0714 4.060 0.0447 3.20E−02 492.2

6 15.14 0.20 0.0798 4.537 0.0516 3.57E−02 549.9

7 16.13 0.20 0.0873 4.963 0.0578 3.91E−02 601.6

8 17.12 0.20 0.0968 5.504 0.0657 4.33E−02 667.2

9 18.11 0.20 0.1062 6.038 0.0735 4.75E−02 731.9

10 19.74 0.20 0.0922 5.246 0.0620 4.13E−02 635.9

11 20.55 0.20 0.1044 5.937 0.0721 4.67E−02 719.7

12 22.56 0.20 0.1310 7.451 0.0941 5.87E−02 903.1

13 24.98 0.20 0.1597 9.084 0.1180 7.15E−02 1101.2

14 10.59 0.60 0.0977 5.556 0.0665 4.37E−02 673.5

15 11.58 0.60 0.0865 4.919 0.0572 3.87E−02 596.2

16 12.57 0.60 0.0897 5.101 0.0599 4.02E−02 618.3

17 13.56 0.60 0.0873 4.967 0.0579 3.91E−02 602.0

18 14.60 0.60 0.0846 4.813 0.0556 3.79E−02 583.4

19 15.54 0.60 0.0874 4.972 0.0580 3.91E−02 602.7

20 16.53 0.60 0.0925 5.261 0.0622 4.14E−02 637.7

21 17.52 0.60 0.1008 5.735 0.0691 4.51E−02 695.2

22 18.51 0.60 0.1133 6.445 0.0795 5.07E−02 781.2

23 12.97 1.00 0.0959 5.455 0.0650 4.29E−02 661.3

24 15.00 1.00 0.0987 5.616 0.0674 4.42E−02 680.8

25 15.94 1.00 0.1009 5.738 0.0691 4.52E−02 695.5

26 16.93 1.00 0.1059 6.022 0.0733 4.74E−02 729.9

27 17.92 1.00 0.1171 6.661 0.0826 5.24E−02 807.4

28 18.91 1.00 0.1324 7.528 0.0953 5.93E−02 912.6

29 24.98 1.00 0.1263 7.186 0.0903 5.66E−02 871.0

30 11.99 2.00 0.1047 5.958 0.0724 4.69E−02 722.2

31 13.97 2.00 0.0903 5.136 0.0604 4.04E−02 622.6

32 15.98 2.00 0.0947 5.386 0.0640 4.24E−02 652.8

33 16.94 2.00 0.1040 5.914 0.0717 4.66E−02 716.8
171

Table A22. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.1207 6.865 0.0856 5.40E−02 832.2

35 18.42 2.00 0.1295 7.365 0.0929 5.80E−02 892.8

36 18.92 2.00 0.1401 7.968 0.1017 6.27E−02 965.8

37 19.41 2.00 0.1479 8.412 0.1082 6.62E−02 1019.6

38 19.91 2.00 0.1557 8.858 0.1147 6.97E−02 1073.8

39 20.26 2.00 0.1763 10.027 0.1317 7.89E−02 1215.4

40 21.11 2.00 0.1818 10.342 0.1363 8.14E−02 1253.6

41 21.96 2.00 0.1718 9.770 0.1280 7.69E−02 1184.2

42 22.74 2.00 0.1784 10.150 0.1335 7.99E−02 1230.3

43 23.52 2.00 0.2442 13.890 0.1881 1.09E−01 1683.7

44 24.98 2.00 0.1972 11.218 0.1491 8.83E−02 1359.8

45 17.94 3.00 0.1239 7.049 0.0883 5.55E−02 854.4

46 18.93 3.00 0.1401 7.971 0.1017 6.27E−02 966.1

47 19.92 3.00 0.1738 9.884 0.1297 7.78E−02 1198.1

48 20.91 3.00 0.2006 11.410 0.1519 8.98E−02 1383.0

49 22.11 3.00 0.3617 20.572 0.2856 1.62E−01 2493.6

50 22.96 3.00 0.4919 27.981 0.3938 2.20E−01 3391.6

51 23.74 3.00 0.4259 24.225 0.3390 1.91E−01 2936.4

52 24.98 3.00 0.3115 17.720 0.2440 1.39E−01 2147.9

53 18.34 3.40 0.1256 7.144 0.0897 5.62E−02 865.9

54 19.32 3.40 0.1606 9.133 0.1187 7.19E−02 1107.0

55 19.82 3.40 0.1681 9.564 0.1250 7.53E−02 1159.3

56 20.32 3.40 0.1775 10.095 0.1327 7.95E−02 1223.6

57 20.81 3.40 0.1889 10.745 0.1422 8.46E−02 1302.4

58 21.31 3.40 0.2253 12.816 0.1725 1.01E−01 1553.5

59 21.66 3.40 0.2867 16.307 0.2234 1.28E−01 1976.6

60 22.94 3.40 0.6015 34.213 0.4847 2.69E−01 4147.1

61 23.75 3.40 0.4679 26.615 0.3738 2.10E−01 3226.1

62 24.14 3.40 0.4108 23.365 0.3264 1.84E−01 2832.2

63 22.29 3.60 0.4241 24.123 0.3375 1.90E−01 2924.0

64 22.71 3.60 0.4646 26.426 0.3711 2.08E−01 3203.2

65 23.14 3.60 0.5172 29.422 0.4148 2.32E−01 3566.3

66 23.95 3.60 0.4773 27.151 0.3817 2.14E−01 3291.0

67 24.34 3.60 0.4054 23.063 0.3220 1.82E−01 2795.5

68 13.79 3.80 0.0837 4.764 0.0549 3.75E−02 577.4

69 15.77 3.80 0.0711 4.046 0.0445 3.19E−02 490.4

70 17.75 3.80 0.1129 6.423 0.0792 5.06E−02 778.6

71 19.23 3.80 0.1636 9.307 0.1212 7.33E−02 1128.1

72 19.73 3.80 0.1729 9.832 0.1289 7.74E−02 1191.8

73 20.22 3.80 0.1822 10.367 0.1367 8.16E−02 1256.6

74 20.72 3.80 0.1973 11.221 0.1492 8.83E−02 1360.1

75 21.41 3.80 0.2595 14.761 0.2008 1.16E−01 1789.3

76 21.71 3.80 0.3015 17.151 0.2357 1.35E−01 2078.9

77 22.06 3.80 0.3966 22.559 0.3146 1.78E−01 2734.4

78 22.49 3.80 0.4341 24.695 0.3458 1.94E−01 2993.3

79 22.76 3.80 0.4756 27.055 0.3803 2.13E−01 3279.4

80 22.91 3.80 0.4923 28.004 0.3941 2.20E−01 3394.5

81 23.76 3.80 0.4817 27.399 0.3853 2.16E−01 3321.2

82 24.15 3.80 0.4259 24.227 0.3390 1.91E−01 2936.6

83 24.98 3.80 0.3136 17.838 0.2457 1.40E−01 2162.2

84 22.59 3.90 0.4661 26.512 0.3723 2.09E−01 3213.6

85 22.80 3.90 0.5042 28.681 0.4040 2.26E−01 3476.5

86 23.01 3.90 0.5333 30.335 0.4281 2.39E−01 3677.0

87 23.15 3.90 0.5392 30.672 0.4331 2.41E−01 3717.9

88 23.86 3.90 0.4581 26.058 0.3657 2.05E−01 3158.6

89 24.25 3.90 0.3839 21.835 0.3041 1.72E−01 2646.7

90 11.99 2.00 0.1049 5.965 0.0725 4.70E−02 723.0

91 13.97 2.00 0.0946 5.381 0.0639 4.24E−02 652.3
172

Table A22. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.0963 5.477 0.0653 4.31E−02 663.9

93 17.93 2.00 0.1176 6.689 0.0830 5.27E−02 810.8

94 19.91 2.00 0.1569 8.923 0.1156 7.02E−02 1081.6

95 1.00 0.00 0.0481 2.736 0.0253 2.15E−02 331.7

96 1.00 0.66 0.0468 2.660 0.0242 2.09E−02 322.5

97 1.00 1.28 0.0471 2.677 0.0245 2.11E−02 324.5

98 1.00 1.90 0.0470 2.674 0.0244 2.11E−02 324.2

99 2.50 0.00 0.0396 2.254 0.0183 1.77E−02 273.2

100 4.00 0.00 0.0375 2.134 0.0166 1.68E−02 258.7

101 4.00 0.66 0.0374 2.128 0.0165 1.68E−02 257.9

102 4.00 1.90 0.0366 2.083 0.0158 1.64E−02 252.4

103 5.50 0.00 0.0361 2.054 0.0154 1.62E−02 249.0

104 7.00 0.00 0.0356 2.027 0.0150 1.60E−02 245.7

105 8.00 −1.90 0.0384 2.183 0.0173 1.72E−02 264.7

106 8.00 −1.50 0.0407 2.314 0.0192 1.82E−02 280.5

107 8.00 −1.11 0.0426 2.421 0.0207 1.91E−02 293.5

108 8.00 −0.66 0.0445 2.530 0.0223 1.99E−02 306.6

109 8.00 0.00 0.0453 2.575 0.0230 2.03E−02 312.1

110 8.00 0.25 0.0447 2.541 0.0225 2.00E−02 308.0

111 8.00 0.38 0.0447 2.545 0.0225 2.00E−02 308.5

112 8.00 0.66 0.0444 2.526 0.0223 1.99E−02 306.2

113 8.00 1.11 0.0427 2.428 0.0208 1.91E−02 294.3

114 8.00 1.50 0.0410 2.332 0.0194 1.84E−02 282.6

115 8.00 1.90 0.0385 2.192 0.0174 1.73E−02 265.8

116 9.00 0.00 0.0508 2.889 0.0276 2.27E−02 350.1

117 9.00 0.25 0.0504 2.869 0.0273 2.26E−02 347.7

118 9.00 0.38 0.0500 2.846 0.0269 2.24E−02 345.0

119 9.00 0.66 0.0496 2.820 0.0266 2.22E−02 341.8

120 9.00 1.01 0.0504 2.868 0.0273 2.26E−02 347.7

121 9.00 1.32 0.0466 2.652 0.0241 2.09E−02 321.5

122 10.00 0.00 0.0557 3.171 0.0317 2.50E−02 384.3

123 10.00 0.25 0.0551 3.133 0.0311 2.47E−02 379.8

124 10.00 0.38 0.0556 3.163 0.0316 2.49E−02 383.4

125 10.00 0.66 0.0541 3.080 0.0304 2.42E−02 373.4

126 10.00 0.90 0.0526 2.991 0.0291 2.35E−02 362.5

127 10.00 1.08 0.0525 2.986 0.0290 2.35E−02 361.9

128 10.00 1.22 0.0520 2.958 0.0286 2.33E−02 358.6

129 10.00 1.34 0.0553 3.146 0.0313 2.48E−02 381.3

130 11.00 0.00 0.0589 3.349 0.0343 2.64E−02 406.0

131 11.00 0.25 0.0597 3.394 0.0349 2.67E−02 411.4

132 11.00 0.38 0.0590 3.357 0.0344 2.64E−02 406.9

133 11.00 0.52 0.0590 3.354 0.0344 2.64E−02 406.6

134 11.00 0.80 0.0564 3.207 0.0322 2.52E−02 388.8

135 11.00 0.97 0.0564 3.206 0.0322 2.52E−02 388.6

136 11.00 1.11 0.0593 3.375 0.0347 2.66E−02 409.1

137 11.00 1.23 0.0613 3.489 0.0363 2.75E−02 423.0

138 12.00 0.00 0.0643 3.658 0.0388 2.88E−02 443.4

139 12.00 0.25 0.0631 3.587 0.0378 2.82E−02 434.7

140 12.00 0.38 0.0627 3.564 0.0374 2.81E−02 432.0

141 12.00 0.52 0.0626 3.561 0.0374 2.80E−02 431.7

142 12.00 0.69 0.0592 3.368 0.0346 2.65E−02 408.3

143 12.00 0.87 0.0624 3.550 0.0372 2.79E−02 430.3

144 12.00 1.01 0.0648 3.688 0.0392 2.90E−02 447.0

145 12.00 1.13 0.0652 3.707 0.0395 2.92E−02 449.3

146 13.00 0.00 0.0672 3.825 0.0412 3.01E−02 463.7

147 13.00 0.25 0.0666 3.788 0.0407 2.98E−02 459.1

148 13.00 0.38 0.0661 3.758 0.0403 2.96E−02 455.5

149 13.00 0.52 0.0658 3.743 0.0400 2.95E−02 453.8
173

Table A22. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.64 0.0648 3.688 0.0392 2.90E−02 447.0

151 13.00 0.76 0.0669 3.808 0.0410 3.00E−02 461.6

152 13.00 0.90 0.0674 3.836 0.0414 3.02E−02 465.0

153 13.00 1.02 0.0690 3.926 0.0427 3.09E−02 475.9

154 14.00 0.00 0.0719 4.092 0.0451 3.22E−02 496.0

155 14.00 0.25 0.0707 4.022 0.0441 3.17E−02 487.5

156 14.00 0.38 0.0694 3.945 0.0430 3.11E−02 478.2

157 14.00 0.52 0.0702 3.991 0.0437 3.14E−02 483.8

158 14.00 0.66 0.0696 3.960 0.0432 3.12E−02 480.0

159 14.00 0.80 0.0751 4.270 0.0477 3.36E−02 517.6

160 14.00 0.92 0.0727 4.134 0.0457 3.25E−02 501.0

161 15.00 0.00 0.0788 4.484 0.0509 3.53E−02 543.6

162 15.00 0.25 0.0777 4.422 0.0499 3.48E−02 536.0

163 15.00 0.38 0.0763 4.339 0.0487 3.42E−02 526.0

164 15.00 0.69 0.0812 4.621 0.0528 3.64E−02 560.1

165 15.00 0.81 0.0796 4.526 0.0515 3.56E−02 548.6

166 16.00 0.00 0.0883 5.025 0.0587 3.96E−02 609.1

167 16.00 0.25 0.0869 4.940 0.0575 3.89E−02 598.8

168 16.00 0.38 0.0866 4.924 0.0573 3.88E−02 596.8

169 16.00 0.48 0.0867 4.931 0.0574 3.88E−02 597.7

170 16.00 0.59 0.0889 5.058 0.0592 3.98E−02 613.1

171 16.00 0.71 0.0873 4.963 0.0578 3.91E−02 601.6

172 17.00 0.00 0.1010 5.744 0.0692 4.52E−02 696.3

173 17.00 0.25 0.0991 5.637 0.0677 4.44E−02 683.3

174 17.00 0.38 0.0987 5.612 0.0673 4.42E−02 680.3

175 17.00 0.48 0.0967 5.501 0.0657 4.33E−02 666.8

176 17.00 0.60 0.0971 5.522 0.0660 4.35E−02 669.3

177 18.00 0.00 0.1179 6.707 0.0833 5.28E−02 813.0

178 18.00 0.25 0.1140 6.486 0.0801 5.11E−02 786.1

179 18.00 0.38 0.1118 6.359 0.0782 5.01E−02 770.8

180 18.00 0.50 0.1055 6.002 0.0730 4.72E−02 727.5

181 18.50 0.00 0.1253 7.126 0.0894 5.61E−02 863.8

182 18.50 0.25 0.1205 6.855 0.0854 5.40E−02 830.9

183 18.50 0.38 0.1082 6.155 0.0752 4.85E−02 746.1

184 18.60 0.42 0.1056 6.005 0.0730 4.73E−02 727.9

185 18.50 0.47 0.1076 6.121 0.0747 4.82E−02 741.9

186 19.20 0.00 0.1342 7.633 0.0968 6.01E−02 925.2

187 19.20 0.25 0.1171 6.663 0.0827 5.25E−02 807.7

188 19.20 0.38 0.0985 5.602 0.0672 4.41E−02 679.1

189 19.30 0.42 0.0968 5.509 0.0658 4.34E−02 667.7

190 19.20 0.47 0.0981 5.580 0.0668 4.39E−02 676.4

191 20.00 0.00 0.1318 7.496 0.0948 5.90E−02 908.6

192 20.00 0.25 0.1273 7.243 0.0911 5.70E−02 878.0

193 20.00 0.38 0.1020 5.803 0.0701 4.57E−02 703.4

194 20.10 0.42 0.1040 5.914 0.0717 4.66E−02 716.9

195 20.00 0.47 0.1024 5.827 0.0705 4.59E−02 706.4

196 20.80 0.00 0.1339 7.618 0.0966 6.00E−02 923.4

197 20.80 0.25 0.1291 7.345 0.0926 5.78E−02 890.3

198 20.80 0.38 0.1223 6.957 0.0869 5.48E−02 843.3

199 20.90 0.42 0.1276 7.259 0.0913 5.71E−02 879.9

200 20.80 0.47 0.1270 7.224 0.0908 5.69E−02 875.7

201 21.60 0.00 0.1352 7.691 0.0977 6.05E−02 932.3

202 21.60 0.25 0.1358 7.725 0.0981 6.08E−02 936.4

203 21.60 0.38 0.1472 8.372 0.1076 6.59E−02 1014.8

204 21.70 0.42 0.1482 8.429 0.1084 6.64E−02 1021.7

205 21.60 0.47 0.1347 7.663 0.0972 6.03E−02 928.8

206 22.40 0.00 0.1415 8.051 0.1029 6.34E−02 975.8

207 22.40 0.25 0.1456 8.280 0.1062 6.52E−02 1003.6
174

Table A22. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.38 0.1445 8.221 0.1054 6.47E−02 996.5

209 22.50 0.42 0.1573 8.947 0.1160 7.04E−02 1084.5

210 22.40 0.47 0.1575 8.957 0.1161 7.05E−02 1085.7

211 23.20 0.00 0.1488 8.466 0.1090 6.66E−02 1026.2

212 23.20 0.25 0.1502 8.544 0.1101 6.73E−02 1035.7

213 23.20 0.38 0.1577 8.971 0.1163 7.06E−02 1087.4

214 23.30 0.42 0.1582 8.996 0.1167 7.08E−02 1090.4

215 23.20 0.47 0.1420 8.076 0.1033 6.36E−02 978.9

216 24.00 0.00 0.1598 9.089 0.1181 7.16E−02 1101.8

217 24.00 0.25 0.1628 9.260 0.1205 7.29E−02 1122.4

218 24.00 0.38 0.1618 9.205 0.1197 7.25E−02 1115.7

219 24.10 0.42 0.1682 9.566 0.1250 7.53E−02 1159.6

220 24.00 0.47 0.1672 9.512 0.1242 7.49E−02 1153.0

221 25.00 0.00 0.1818 10.344 0.1364 8.14E−02 1253.8

222 25.00 0.25 0.1787 10.162 0.1337 8.00E−02 1231.8

223 25.00 0.38 0.1699 9.664 0.1264 7.61E−02 1171.4

224 25.10 0.42 0.1691 9.619 0.1258 7.57E−02 1165.9

225 25.00 0.47 0.1603 9.116 0.1184 7.18E−02 1104.9

226 9.00 999.00 0.0417 2.374 0.0201 1.87E−02 287.8

227 0.00 −2.25 2.2208 126.329 1.8291 9.94E−01 15312.7

228 0.00 −0.29 2.2024 125.280 1.8138 9.86E−01 15185.5

229 0.00 2.25 2.2025 125.284 1.8139 9.86E−01 15186.0

230 18.23 0.00 0.0913 5.192 0.0612 4.09E−02 629.3

231 18.43 0.00 0.1201 6.831 0.0851 5.38E−02 828.0

232 18.63 0.00 0.1289 7.331 0.0924 5.77E−02 888.6

233 19.00 0.00 0.1405 7.991 0.1020 6.29E−02 968.7

234 19.40 0.00 0.1713 9.746 0.1276 7.67E−02 1181.4

235 20.13 0.00 0.3164 17.998 0.2481 1.42E−01 2181.6

236 20.33 0.00 0.3816 21.704 0.3022 1.71E−01 2630.9

237 20.53 0.00 0.4598 26.156 0.3671 2.06E−01 3170.4

238 20.73 0.00 0.4601 26.173 0.3674 2.06E−01 3172.5

239 21.50 0.00 0.4001 22.761 0.3176 1.79E−01 2758.9

240 22.00 0.00 0.6103 34.718 0.4921 2.73E−01 4208.2

241 22.50 0.00 0.5503 31.301 0.4422 2.46E−01 3794.1

242 22.70 0.00 0.4698 26.723 0.3754 2.10E−01 3239.2

243 23.00 0.00 0.4177 23.758 0.3321 1.87E−01 2879.7

244 0.58 999.00 0.0447 2.543 0.0225 2.00E−02 308.3

245 0.86 999.00 0.0455 2.587 0.0232 2.04E−02 313.6

246 1.15 999.00 0.0433 2.465 0.0214 1.94E−02 298.8

247 1.43 999.00 0.0438 2.494 0.0218 1.96E−02 302.2

248 1.72 999.00 0.0434 2.467 0.0214 1.94E−02 299.0

249 2.00 999.00 0.0457 2.599 0.0233 2.05E−02 315.0

250 2.29 999.00 0.0418 2.376 0.0201 1.87E−02 287.9

251 2.57 999.00 0.0451 2.564 0.0228 2.02E−02 310.7

252 2.86 999.00 0.0446 2.539 0.0225 2.00E−02 307.8

253 3.14 999.00 0.0440 2.503 0.0219 1.97E−02 303.3

254 3.43 999.00 0.0451 2.564 0.0228 2.02E−02 310.8

255 999.00 999.00 0.0425 2.415 0.0207 1.90E−02 292.7

256 999.00 999.00 2.2199 126.273 1.8283 9.94E−01 15306.0
175

Table A23. Flow Conditions and Pressure Distribution for Run 60

[CR = 3; Re = 2.15 × 106 per foot; 50 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1435.14 (.98949E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1816.78 ( 1009.32)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0641 ( 33.05)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 457.20 (.10627E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.93

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 0.0348 ( 239.75)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . 91.80 ( 51.00)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . 0.31778E−04 (.16378E−01)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . 0.2189407E+02 (.50892E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . 470.05 ( 143.27)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . 4667.21 ( 1422.57)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . 0.21738E+07 (.71318E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . 2.404 ( 16571.84)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . 0.68229E−07 (.32668E−05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 4.455 ( 30712.82)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1825.25 ( 1014.03)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.20477E−03 (.10554E+00)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0750 2.370 0.0193 1.80E−02 516.8

2 11.18 0.20 0.0818 2.585 0.0223 1.96E−02 563.7

3 12.17 0.20 0.0876 2.770 0.0249 2.10E−02 604.1

4 13.15 0.20 0.0948 2.996 0.0281 2.27E−02 653.5

5 14.21 0.20 0.0977 3.089 0.0294 2.34E−02 673.6

6 15.14 0.20 0.1137 3.595 0.0365 2.73E−02 784.0

7 16.13 0.20 0.1261 3.986 0.0420 3.02E−02 869.4

8 17.12 0.20 0.1424 4.502 0.0492 3.42E−02 981.9

9 18.11 0.20 0.1803 5.701 0.0661 4.33E−02 1243.4

10 19.74 0.20 0.1655 5.233 0.0595 3.97E−02 1141.3

11 20.55 0.20 0.1977 6.251 0.0738 4.74E−02 1363.4

12 22.56 0.20 0.2166 6.847 0.0822 5.19E−02 1493.3

13 24.98 0.20 0.2350 7.430 0.0904 5.64E−02 1620.6

14 10.59 0.60 0.1352 4.273 0.0460 3.24E−02 931.9

15 11.58 0.60 0.1203 3.803 0.0394 2.89E−02 829.5

16 12.57 0.60 0.1260 3.982 0.0419 3.02E−02 868.5

17 13.56 0.60 0.1282 4.052 0.0429 3.07E−02 883.7

18 14.60 0.60 0.1287 4.069 0.0432 3.09E−02 887.5

19 15.54 0.60 0.1319 4.169 0.0446 3.16E−02 909.2

20 16.53 0.60 0.1338 4.229 0.0454 3.21E−02 922.4

21 17.52 0.60 0.1462 4.623 0.0509 3.51E−02 1008.2

22 18.51 0.60 0.1820 5.754 0.0669 4.37E−02 1255.0

23 12.97 1.00 0.1346 4.256 0.0458 3.23E−02 928.3

24 15.00 1.00 0.1352 4.275 0.0461 3.24E−02 932.3

25 15.94 1.00 0.1393 4.402 0.0478 3.34E−02 960.1

26 16.93 1.00 0.1427 4.510 0.0494 3.42E−02 983.6

27 17.92 1.00 0.1525 4.822 0.0537 3.66E−02 1051.7

28 18.91 1.00 0.1681 5.314 0.0607 4.03E−02 1159.0

29 24.98 1.00 0.2173 6.870 0.0825 5.21E−02 1498.3

30 11.99 2.00 0.1734 5.483 0.0630 4.16E−02 1195.9

31 13.97 2.00 0.1440 4.554 0.0500 3.46E−02 993.2

32 15.98 2.00 0.1453 4.593 0.0505 3.48E−02 1001.7

33 16.94 2.00 0.1475 4.663 0.0515 3.54E−02 1016.9
176

Table A23. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.1462 4.622 0.0509 3.51E−02 1008.1

35 18.42 2.00 0.1470 4.648 0.0513 3.53E−02 1013.7

36 18.92 2.00 0.1492 4.715 0.0522 3.58E−02 1028.4

37 19.41 2.00 0.1514 4.787 0.0533 3.63E−02 1044.1

38 19.91 2.00 0.1571 4.967 0.0558 3.77E−02 1083.3

39 20.26 2.00 0.1804 5.702 0.0661 4.33E−02 1243.7

40 21.11 2.00 0.2344 7.410 0.0901 5.62E−02 1616.2

41 21.96 2.00 0.3044 9.623 0.1213 7.30E−02 2098.8

42 22.74 2.00 0.3351 10.592 0.1349 8.04E−02 2310.2

43 23.52 2.00 0.3394 10.731 0.1368 8.14E−02 2340.4

44 24.98 2.00 0.3407 10.770 0.1374 8.17E−02 2348.9

45 17.94 3.00 0.1349 4.265 0.0459 3.24E−02 930.2

46 18.93 3.00 0.1544 4.882 0.0546 3.70E−02 1064.8

47 19.92 3.00 0.2280 7.207 0.0873 5.47E−02 1571.9

48 20.91 3.00 0.2545 8.047 0.0991 6.11E−02 1755.0

49 22.11 3.00 0.3441 10.878 0.1389 8.25E−02 2372.5

50 22.96 3.00 0.4118 13.019 0.1690 9.88E−02 2839.4

51 23.74 3.00 0.4522 14.297 0.1870 1.08E−01 3118.3

52 24.98 3.00 0.6182 19.542 0.2607 1.48E−01 4262.1

53 18.34 3.40 0.1532 4.844 0.0541 3.68E−02 1056.5

54 19.32 3.40 0.2099 6.637 0.0793 5.04E−02 1447.6

55 19.82 3.40 0.2230 7.051 0.0851 5.35E−02 1537.8

56 20.32 3.40 0.2385 7.539 0.0920 5.72E−02 1644.3

57 20.81 3.40 0.2538 8.023 0.0988 6.09E−02 1749.7

58 21.31 3.40 0.3036 9.599 0.1209 7.28E−02 2093.6

59 21.66 3.40 0.3672 11.609 0.1492 8.81E−02 2532.0

60 22.94 3.40 0.5024 15.883 0.2093 1.21E−01 3464.2

61 23.75 3.40 0.5795 18.320 0.2436 1.39E−01 3995.7

62 24.14 3.40 0.5825 18.414 0.2449 1.40E−01 4016.1

63 22.29 3.60 0.4642 14.675 0.1923 1.11E−01 3200.6

64 22.71 3.60 0.4680 14.797 0.1940 1.12E−01 3227.1

65 23.14 3.60 0.5131 16.222 0.2141 1.23E−01 3538.1

66 23.95 3.60 0.5425 17.152 0.2271 1.30E−01 3740.8

67 24.34 3.60 0.5515 17.434 0.2311 1.32E−01 3802.4

68 13.79 3.80 0.1370 4.330 0.0468 3.28E−02 944.3

69 15.77 3.80 0.1149 3.632 0.0370 2.76E−02 792.1

70 17.75 3.80 0.1503 4.751 0.0527 3.60E−02 1036.2

71 19.23 3.80 0.2169 6.856 0.0823 5.20E−02 1495.3

72 19.73 3.80 0.2241 7.086 0.0856 5.38E−02 1545.5

73 20.22 3.80 0.2346 7.418 0.0902 5.63E−02 1617.8

74 20.72 3.80 0.2783 8.798 0.1097 6.68E−02 1918.9

75 21.41 3.80 0.3290 10.400 0.1322 7.89E−02 2268.3

76 21.71 3.80 0.3813 12.054 0.1554 9.15E−02 2629.0

77 22.06 3.80 0.5258 16.623 0.2197 1.26E−01 3625.4

78 22.49 3.80 0.4030 12.742 0.1651 9.67E−02 2779.0

79 22.76 3.80 0.5131 16.222 0.2141 1.23E−01 3538.1

80 22.91 3.80 0.5232 16.540 0.2185 1.25E−01 3607.3

81 23.76 3.80 0.5620 17.768 0.2358 1.35E−01 3875.3

82 24.15 3.80 0.5907 18.674 0.2485 1.42E−01 4072.8

83 24.98 3.80 0.6608 20.892 0.2797 1.59E−01 4556.5

84 22.59 3.90 0.4965 15.697 0.2067 1.19E−01 3423.5

85 22.80 3.90 0.5185 16.392 0.2164 1.24E−01 3575.2

86 23.01 3.90 0.5237 16.556 0.2187 1.26E−01 3610.9

87 23.15 3.90 0.5200 16.438 0.2171 1.25E−01 3585.1

88 23.86 3.90 0.5825 18.416 0.2449 1.40E−01 4016.5

89 24.25 3.90 0.6062 19.166 0.2554 1.45E−01 4180.1

90 11.99 2.00 0.1756 5.553 0.0640 4.21E−02 1211.1

91 13.97 2.00 0.1542 4.875 0.0545 3.70E−02 1063.1
177

Table A23. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.1502 4.748 0.0527 3.60E−02 1035.6

93 17.93 2.00 0.1504 4.755 0.0528 3.61E−02 1037.0

94 19.91 2.00 0.1551 4.905 0.0549 3.72E−02 1069.7

95 1.00 0.00 0.0717 2.268 0.0178 1.72E−02 494.7

96 1.00 0.66 0.0694 2.195 0.0168 1.67E−02 478.8

97 1.00 1.28 0.0698 2.207 0.0170 1.67E−02 481.3

98 1.00 1.90 0.0705 2.227 0.0173 1.69E−02 485.8

99 2.50 0.00 0.0565 1.787 0.0111 1.36E−02 389.8

100 4.00 0.00 0.0533 1.685 0.0096 1.28E−02 367.5

101 4.00 0.66 0.0526 1.664 0.0093 1.26E−02 362.8

102 4.00 1.90 0.0519 1.642 0.0090 1.25E−02 358.2

103 5.50 0.00 0.0511 1.616 0.0087 1.23E−02 352.5

104 7.00 0.00 0.0510 1.612 0.0086 1.22E−02 351.5

105 8.00 −1.90 0.0498 1.574 0.0081 1.19E−02 343.2

106 8.00 −1.50 0.0502 1.587 0.0083 1.20E−02 346.1

107 8.00 −1.11 0.0505 1.595 0.0084 1.21E−02 347.9

108 8.00 −0.66 0.0501 1.584 0.0082 1.20E−02 345.5

109 8.00 0.00 0.0503 1.591 0.0083 1.21E−02 346.9

110 8.00 0.25 0.0497 1.571 0.0080 1.19E−02 342.6

111 8.00 0.38 0.0503 1.590 0.0083 1.21E−02 346.8

112 8.00 0.66 0.0502 1.586 0.0082 1.20E−02 345.9

113 8.00 1.11 0.0496 1.567 0.0080 1.19E−02 341.7

114 8.00 1.50 0.0498 1.574 0.0081 1.19E−02 343.3

115 8.00 1.90 0.0489 1.546 0.0077 1.17E−02 337.2

116 9.00 0.00 0.0512 1.617 0.0087 1.23E−02 352.7

117 9.00 0.25 0.0512 1.617 0.0087 1.23E−02 352.7

118 9.00 0.38 0.0509 1.608 0.0085 1.22E−02 350.7

119 9.00 0.66 0.0516 1.632 0.0089 1.24E−02 356.0

120 9.00 1.01 0.0541 1.709 0.0100 1.30E−02 372.7

121 9.00 1.32 0.0547 1.729 0.0102 1.31E−02 377.0

122 10.00 0.00 0.0670 2.119 0.0157 1.61E−02 462.1

123 10.00 0.25 0.0669 2.114 0.0157 1.60E−02 461.0

124 10.00 0.38 0.0674 2.129 0.0159 1.62E−02 464.4

125 10.00 0.66 0.0670 2.118 0.0157 1.61E−02 462.0

126 10.00 0.90 0.0646 2.043 0.0147 1.55E−02 445.7

127 10.00 1.08 0.0655 2.072 0.0151 1.57E−02 451.8

128 10.00 1.22 0.0655 2.071 0.0151 1.57E−02 451.7

129 10.00 1.34 0.0739 2.335 0.0188 1.77E−02 509.3

130 11.00 0.00 0.0768 2.427 0.0201 1.84E−02 529.3

131 11.00 0.25 0.0746 2.359 0.0191 1.79E−02 514.4

132 11.00 0.38 0.0740 2.340 0.0188 1.78E−02 510.3

133 11.00 0.52 0.0743 2.348 0.0190 1.78E−02 512.1

134 11.00 0.80 0.0714 2.259 0.0177 1.71E−02 492.6

135 11.00 0.97 0.0704 2.225 0.0172 1.69E−02 485.3

136 11.00 1.11 0.0759 2.401 0.0197 1.82E−02 523.6

137 11.00 1.23 0.0878 2.775 0.0250 2.11E−02 605.2

138 12.00 0.00 0.0779 2.464 0.0206 1.87E−02 537.4

139 12.00 0.25 0.0776 2.453 0.0204 1.86E−02 535.0

140 12.00 0.38 0.0778 2.461 0.0205 1.87E−02 536.6

141 12.00 0.52 0.0776 2.452 0.0204 1.86E−02 534.7

142 12.00 0.69 0.0734 2.319 0.0185 1.76E−02 505.7

143 12.00 0.87 0.0752 2.376 0.0194 1.80E−02 518.3

144 12.00 1.01 0.0849 2.683 0.0237 2.04E−02 585.1

145 12.00 1.13 0.0940 2.973 0.0277 2.26E−02 648.5

146 13.00 0.00 0.0807 2.552 0.0218 1.94E−02 556.6

147 13.00 0.25 0.0801 2.532 0.0215 1.92E−02 552.3

148 13.00 0.38 0.0800 2.528 0.0215 1.92E−02 551.4

149 13.00 0.52 0.0798 2.524 0.0214 1.92E−02 550.5
178

Table A23. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.64 0.0777 2.456 0.0205 1.86E−02 535.7

151 13.00 0.76 0.0797 2.519 0.0214 1.91E−02 549.4

152 13.00 0.90 0.0940 2.973 0.0277 2.26E−02 648.3

153 13.00 1.02 0.1016 3.211 0.0311 2.44E−02 700.3

154 14.00 0.00 0.0861 2.721 0.0242 2.06E−02 593.4

155 14.00 0.25 0.0849 2.684 0.0237 2.04E−02 585.4

156 14.00 0.38 0.0845 2.671 0.0235 2.03E−02 582.6

157 14.00 0.52 0.0809 2.558 0.0219 1.94E−02 557.9

158 14.00 0.66 0.0858 2.714 0.0241 2.06E−02 591.9

159 14.00 0.80 0.0956 3.022 0.0284 2.29E−02 659.0

160 14.00 0.92 0.1016 3.211 0.0311 2.44E−02 700.3

161 15.00 0.00 0.0972 3.074 0.0292 2.33E−02 670.5

162 15.00 0.25 0.0957 3.025 0.0285 2.29E−02 659.7

163 15.00 0.38 0.0927 2.929 0.0271 2.22E−02 638.9

164 15.00 0.69 0.1111 3.511 0.0353 2.66E−02 765.8

165 15.00 0.81 0.1163 3.677 0.0376 2.79E−02 801.9

166 16.00 0.00 0.1214 3.838 0.0399 2.91E−02 837.1

167 16.00 0.25 0.1175 3.713 0.0382 2.82E−02 809.8

168 16.00 0.38 0.1124 3.555 0.0359 2.70E−02 775.3

169 16.00 0.48 0.1182 3.737 0.0385 2.84E−02 815.1

170 16.00 0.59 0.1374 4.344 0.0470 3.30E−02 947.4

171 16.00 0.71 0.1262 3.988 0.0420 3.03E−02 869.8

172 17.00 0.00 0.1595 5.042 0.0568 3.83E−02 1099.7

173 17.00 0.25 0.1566 4.951 0.0556 3.76E−02 1079.8

174 17.00 0.38 0.1451 4.586 0.0504 3.48E−02 1000.3

175 17.00 0.48 0.1397 4.416 0.0480 3.35E−02 963.1

176 17.00 0.60 0.1431 4.523 0.0495 3.43E−02 986.4

177 18.00 0.00 0.2168 6.854 0.0823 5.20E−02 1494.8

178 18.00 0.25 0.1965 6.213 0.0733 4.71E−02 1355.1

179 18.00 0.38 0.1847 5.838 0.0680 4.43E−02 1273.3

180 18.00 0.50 0.1775 5.612 0.0649 4.26E−02 1224.1

181 18.50 0.00 0.2413 7.630 0.0932 5.79E−02 1664.1

182 18.50 0.25 0.2105 6.653 0.0795 5.05E−02 1451.1

183 18.50 0.38 0.1945 6.148 0.0724 4.66E−02 1340.9

184 18.60 0.42 0.1877 5.932 0.0694 4.50E−02 1293.9

185 18.50 0.47 0.1889 5.971 0.0699 4.53E−02 1302.3

186 19.20 0.00 0.2719 8.595 0.1068 6.52E−02 1874.6

187 19.20 0.25 0.2155 6.814 0.0818 5.17E−02 1486.1

188 19.20 0.38 0.1722 5.445 0.0625 4.13E−02 1187.6

189 19.30 0.42 0.1676 5.297 0.0604 4.02E−02 1155.3

190 19.20 0.47 0.1679 5.307 0.0606 4.03E−02 1157.3

191 20.00 0.00 0.2657 8.401 0.1041 6.37E−02 1832.2

192 20.00 0.25 0.2362 7.467 0.0909 5.67E−02 1628.6

193 20.00 0.38 0.1832 5.793 0.0674 4.40E−02 1263.5

194 20.10 0.42 0.1890 5.976 0.0700 4.53E−02 1303.5

195 20.00 0.47 0.1870 5.910 0.0690 4.48E−02 1289.0

196 20.80 0.00 0.2670 8.442 0.1047 6.41E−02 1841.3

197 20.80 0.25 0.2551 8.065 0.0993 6.12E−02 1758.9

198 20.80 0.38 0.2226 7.038 0.0849 5.34E−02 1535.0

199 20.90 0.42 0.2317 7.325 0.0889 5.56E−02 1597.6

200 20.80 0.47 0.2309 7.301 0.0886 5.54E−02 1592.3

201 21.60 0.00 0.2681 8.477 0.1051 6.43E−02 1848.8

202 21.60 0.25 0.2675 8.458 0.1049 6.42E−02 1844.6

203 21.60 0.38 0.2921 9.233 0.1158 7.01E−02 2013.8

204 21.70 0.42 0.2934 9.276 0.1164 7.04E−02 2023.0

205 21.60 0.47 0.2663 8.420 0.1043 6.39E−02 1836.3

206 22.40 0.00 0.2478 7.833 0.0961 5.94E−02 1708.5

207 22.40 0.25 0.2725 8.615 0.1071 6.54E−02 1879.0
179

Table A23. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.38 0.2709 8.564 0.1064 6.50E−02 1867.7

209 22.50 0.42 0.2918 9.224 0.1156 7.00E−02 2011.7

210 22.40 0.47 0.2906 9.189 0.1151 6.97E−02 2004.0

211 23.20 0.00 0.2522 7.974 0.0981 6.05E−02 1739.0

212 23.20 0.25 0.2537 8.020 0.0987 6.09E−02 1749.2

213 23.20 0.38 0.2562 8.101 0.0999 6.15E−02 1766.8

214 23.30 0.42 0.2565 8.109 0.1000 6.15E−02 1768.5

215 23.20 0.47 0.2493 7.880 0.0968 5.98E−02 1718.7

216 24.00 0.00 0.2574 8.137 0.1004 6.17E−02 1774.6

217 24.00 0.25 0.2609 8.250 0.1019 6.26E−02 1799.2

218 24.00 0.38 0.2591 8.191 0.1011 6.21E−02 1786.6

219 24.10 0.42 0.2730 8.631 0.1073 6.55E−02 1882.5

220 24.00 0.47 0.2713 8.578 0.1066 6.51E−02 1870.8

221 25.00 0.00 0.2723 8.609 0.1070 6.53E−02 1877.5

222 25.00 0.25 0.2696 8.524 0.1058 6.47E−02 1859.2

223 25.00 0.38 0.2646 8.365 0.1036 6.35E−02 1824.5

224 25.10 0.42 0.2645 8.362 0.1035 6.34E−02 1823.7

225 25.00 0.47 0.2569 8.121 0.1001 6.16E−02 1771.2

226 9.00 999.00 0.0674 2.132 0.0159 1.62E−02 464.9

227 0.00 −2.25 4.2231 133.510 1.8633 1.01E+00 29118.4

228 0.00 −0.29 4.1691 131.801 1.8393 1.00E+00 28745.7

229 0.00 2.25 4.1717 131.884 1.8405 1.00E+00 28763.8

230 18.23 0.00 0.1403 4.435 0.0483 3.37E−02 967.3

231 18.43 0.00 0.1662 5.253 0.0598 3.99E−02 1145.8

232 18.63 0.00 0.1808 5.716 0.0663 4.34E−02 1246.7

233 19.00 0.00 0.2043 6.458 0.0767 4.90E−02 1408.4

234 19.40 0.00 0.2353 7.438 0.0905 5.64E−02 1622.2

235 20.13 0.00 0.3518 11.122 0.1423 8.44E−02 2425.6

236 20.33 0.00 0.3959 12.515 0.1619 9.50E−02 2729.6

237 20.53 0.00 0.4488 14.188 0.1854 1.08E−01 3094.4

238 20.73 0.00 0.4926 15.572 0.2049 1.18E−01 3396.2

239 21.50 0.00 0.3705 11.711 0.1506 8.89E−02 2554.3

240 22.00 0.00 0.5498 17.382 0.2304 1.32E−01 3790.9

241 22.50 0.00 0.6193 19.577 0.2612 1.49E−01 4269.7

242 22.70 0.00 0.6954 21.984 0.2951 1.67E−01 4794.7

243 23.00 0.00 0.8061 25.485 0.3443 1.93E−01 5558.4

244 0.58 999.00 0.0677 2.141 0.0160 1.62E−02 467.0

245 0.86 999.00 0.0696 2.199 0.0169 1.67E−02 479.7

246 1.15 999.00 0.0681 2.152 0.0162 1.63E−02 469.3

247 1.43 999.00 0.0686 2.167 0.0164 1.64E−02 472.7

248 1.72 999.00 0.0673 2.128 0.0159 1.61E−02 464.1

249 2.00 999.00 0.0701 2.216 0.0171 1.68E−02 483.3

250 2.29 999.00 0.0682 2.157 0.0163 1.64E−02 470.5

251 2.57 999.00 0.0702 2.221 0.0172 1.68E−02 484.3

252 2.86 999.00 0.0692 2.188 0.0167 1.66E−02 477.3

253 3.14 999.00 0.0690 2.180 0.0166 1.65E−02 475.5

254 3.43 999.00 0.0688 2.174 0.0165 1.65E−02 474.2

255 999.00 999.00 0.0670 2.119 0.0157 1.61E−02 462.1

256 999.00 999.00 4.2218 133.467 1.8627 1.01E+00 29109.2
180

Table A24. Flow Conditions and Pressure Distribution for Run 61

[CR = 3; Re = 0.55 × 106 per foot; 25 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 351.43 (.24231E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1832.11 ( 1017.84)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0160 ( 8.23)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 459.63 (.10684E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.67

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0100 ( 68.76)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . . 97.08 ( 53.94)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . 0.86187E−05 (.44419E−02)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . 0.23154E+02 (.53819E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . . 483.38 ( 147.33)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . . 4673.46 ( 1424.47)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . . 0.55261E+06 (.18130E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . . 0.654 ( 4506.55)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . . 0.72889E−07 (.34899E−05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 1.212 ( 8351.18)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1834.12 ( 1018.96)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.55432E−04 (.28569E−01)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0345 3.653 0.0398 2.96E−02 237.6

2 11.18 0.20 0.0371 3.933 0.0440 3.18E−02 255.8

3 12.17 0.20 0.0386 4.089 0.0463 3.31E−02 265.9

4 13.15 0.20 0.0416 4.414 0.0512 3.57E−02 287.0

5 14.21 0.20 0.0429 4.548 0.0532 3.68E−02 295.8

6 15.14 0.20 0.0454 4.815 0.0572 3.90E−02 313.2

7 16.13 0.20 0.0506 5.369 0.0656 4.35E−02 349.2

8 17.12 0.20 0.0560 5.941 0.0741 4.81E−02 386.3

9 18.11 0.20 0.0611 6.474 0.0821 5.24E−02 421.0

10 19.74 0.20 0.0564 5.976 0.0747 4.84E−02 388.7

11 20.55 0.20 0.0611 6.475 0.0821 5.24E−02 421.1

12 22.56 0.20 0.0671 7.113 0.0917 5.76E−02 462.6

13 24.98 0.20 0.0736 7.809 0.1022 6.32E−02 507.8

14 10.59 0.60 0.0576 6.112 0.0767 4.95E−02 397.5

15 11.58 0.60 0.0486 5.158 0.0624 4.17E−02 335.4

16 12.57 0.60 0.0478 5.066 0.0610 4.10E−02 329.4

17 13.56 0.60 0.0470 4.983 0.0598 4.03E−02 324.1

18 14.60 0.60 0.0462 4.903 0.0586 3.97E−02 318.8

19 15.54 0.60 0.0500 5.299 0.0645 4.29E−02 344.6

20 16.53 0.60 0.0526 5.572 0.0686 4.51E−02 362.3

21 17.52 0.60 0.0587 6.221 0.0783 5.03E−02 404.6

22 18.51 0.60 0.0656 6.953 0.0893 5.63E−02 452.2

23 12.97 1.00 0.0548 5.811 0.0722 4.70E−02 377.9

24 15.00 1.00 0.0564 5.981 0.0747 4.84E−02 388.9

25 15.94 1.00 0.0561 5.950 0.0743 4.82E−02 386.9

26 16.93 1.00 0.0605 6.419 0.0813 5.19E−02 417.4

27 17.92 1.00 0.0695 7.369 0.0956 5.96E−02 479.2

28 18.91 1.00 0.0737 7.818 0.1023 6.33E−02 508.4

29 24.98 1.00 0.0637 6.752 0.0863 5.46E−02 439.1

30 11.99 2.00 0.0595 6.310 0.0797 5.11E−02 410.3

31 13.97 2.00 0.0527 5.583 0.0688 4.52E−02 363.1

32 15.98 2.00 0.0542 5.743 0.0712 4.65E−02 373.5

33 16.94 2.00 0.0563 5.970 0.0746 4.83E−02 388.3
181

Table A24. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.0564 5.980 0.0747 4.84E−02 388.9

35 18.42 2.00 0.0592 6.278 0.0792 5.08E−02 408.3

36 18.92 2.00 0.0606 6.430 0.0815 5.20E−02 418.1

37 19.41 2.00 0.0636 6.742 0.0862 5.46E−02 438.4

38 19.91 2.00 0.0863 9.154 0.1223 7.41E−02 595.3

39 20.26 2.00 0.1232 13.064 0.1810 1.06E−01 849.6

40 21.11 2.00 0.0968 10.265 0.1390 8.31E−02 667.5

41 21.96 2.00 0.0881 9.338 0.1251 7.56E−02 607.3

42 22.74 2.00 0.0834 8.843 0.1177 7.16E−02 575.1

43 23.52 2.00 0.0835 8.849 0.1178 7.16E−02 575.5

44 24.98 2.00 0.0883 9.363 0.1255 7.58E−02 608.9

45 17.94 3.00 0.0473 5.018 0.0603 4.06E−02 326.3

46 18.93 3.00 0.0653 6.923 0.0889 5.60E−02 450.2

47 19.92 3.00 0.0818 8.676 0.1152 7.02E−02 564.2

48 20.91 3.00 0.1089 11.544 0.1582 9.34E−02 750.7

49 22.11 3.00 0.1488 15.772 0.2216 1.28E−01 1025.7

50 22.96 3.00 0.1744 18.494 0.2625 1.50E−01 1202.7

51 23.74 3.00 0.1637 17.355 0.2454 1.40E−01 1128.6

52 24.98 3.00 0.1628 17.264 0.2440 1.40E−01 1122.7

53 18.34 3.40 0.0508 5.382 0.0658 4.36E−02 350.0

54 19.32 3.40 0.0758 8.037 0.1056 6.50E−02 522.6

55 19.82 3.40 0.0774 8.208 0.1082 6.64E−02 533.8

56 20.32 3.40 0.0882 9.356 0.1254 7.57E−02 608.4

57 20.81 3.40 0.0989 10.489 0.1424 8.49E−02 682.1

58 21.31 3.40 0.1327 14.071 0.1961 1.14E−01 915.0

59 21.66 3.40 0.1578 16.733 0.2361 1.35E−01 1088.2

60 22.94 3.40 0.2335 24.753 0.3564 2.00E−01 1609.7

61 23.75 3.40 0.2226 23.599 0.3391 1.91E−01 1534.6

62 24.14 3.40 0.2025 21.466 0.3071 1.74E−01 1395.9

63 22.29 3.60 0.1950 20.673 0.2952 1.67E−01 1344.3

64 22.71 3.60 0.2163 22.934 0.3291 1.86E−01 1491.4

65 23.14 3.60 0.2245 23.803 0.3421 1.93E−01 1547.9

66 23.95 3.60 0.2029 21.508 0.3077 1.74E−01 1398.7

67 24.34 3.60 0.1860 19.723 0.2809 1.60E−01 1282.6

68 13.79 3.80 0.0473 5.012 0.0602 4.06E−02 325.9

69 15.77 3.80 0.0398 4.225 0.0484 3.42E−02 274.7

70 17.75 3.80 0.0407 4.313 0.0497 3.49E−02 280.5

71 19.23 3.80 0.0668 7.081 0.0912 5.73E−02 460.5

72 19.73 3.80 0.0683 7.246 0.0937 5.86E−02 471.2

73 20.22 3.80 0.0778 8.246 0.1087 6.67E−02 536.2

74 20.72 3.80 0.1001 10.616 0.1443 8.59E−02 690.4

75 21.41 3.80 0.1456 15.439 0.2166 1.25E−01 1004.0

76 21.71 3.80 0.1767 18.734 0.2661 1.52E−01 1218.3

77 22.06 3.80 0.2034 21.567 0.3086 1.75E−01 1402.5

78 22.49 3.80 0.2205 23.379 0.3358 1.89E−01 1520.3

79 22.76 3.80 0.2565 27.192 0.3930 2.20E−01 1768.3

80 22.91 3.80 0.2692 28.540 0.4132 2.31E−01 1856.0

81 23.76 3.80 0.2723 28.868 0.4181 2.34E−01 1877.3

82 24.15 3.80 0.2521 26.735 0.3861 2.16E−01 1738.6

83 24.98 3.80 0.1984 21.038 0.3007 1.70E−01 1368.1

84 22.59 3.90 0.2657 28.172 0.4077 2.28E−01 1832.1

85 22.80 3.90 0.2886 30.604 0.4442 2.48E−01 1990.2

86 23.01 3.90 0.2838 30.091 0.4365 2.44E−01 1956.8

87 23.15 3.90 0.2785 29.526 0.4280 2.39E−01 1920.1

88 23.86 3.90 0.2546 26.999 0.3901 2.19E−01 1755.7

89 24.25 3.90 0.2185 23.165 0.3326 1.87E−01 1506.4

90 11.99 2.00 0.0599 6.356 0.0804 5.14E−02 413.3

91 13.97 2.00 0.0534 5.665 0.0700 4.58E−02 368.4
182

Table A24. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.0541 5.737 0.0711 4.64E−02 373.1

93 17.93 2.00 0.0563 5.966 0.0745 4.83E−02 388.0

94 19.91 2.00 0.0859 9.105 0.1216 7.37E−02 592.1

95 1.00 0.00 0.0304 3.225 0.0334 2.61E−02 209.7

96 1.00 0.66 0.0292 3.097 0.0315 2.51E−02 201.4

97 1.00 1.28 0.0293 3.105 0.0316 2.51E−02 201.9

98 1.00 1.90 0.0295 3.132 0.0320 2.53E−02 203.7

99 2.50 0.00 0.0246 2.611 0.0242 2.11E−02 169.8

100 4.00 0.00 0.0242 2.569 0.0235 2.08E−02 167.1

101 4.00 0.66 0.0234 2.476 0.0221 2.00E−02 161.0

102 4.00 1.90 0.0233 2.468 0.0220 2.00E−02 160.5

103 5.50 0.00 0.0224 2.372 0.0206 1.92E−02 154.2

104 7.00 0.00 0.0229 2.432 0.0215 1.97E−02 158.1

105 8.00 −1.90 0.0244 2.583 0.0238 2.09E−02 168.0

106 8.00 −1.50 0.0243 2.580 0.0237 2.09E−02 167.8

107 8.00 −1.11 0.0261 2.772 0.0266 2.24E−02 180.3

108 8.00 −0.66 0.0271 2.868 0.0280 2.32E−02 186.5

109 8.00 0.00 0.0268 2.846 0.0277 2.30E−02 185.1

110 8.00 0.25 0.0267 2.832 0.0275 2.29E−02 184.2

111 8.00 0.38 0.0279 2.963 0.0295 2.40E−02 192.7

112 8.00 0.66 0.0267 2.829 0.0274 2.29E−02 183.9

113 8.00 1.11 0.0253 2.679 0.0252 2.17E−02 174.2

114 8.00 1.50 0.0241 2.559 0.0234 2.07E−02 166.4

115 8.00 1.90 0.0227 2.411 0.0212 1.95E−02 156.8

116 9.00 0.00 0.0317 3.365 0.0355 2.72E−02 218.8

117 9.00 0.25 0.0321 3.401 0.0360 2.75E−02 221.2

118 9.00 0.38 0.0310 3.291 0.0344 2.66E−02 214.0

119 9.00 0.66 0.0312 3.306 0.0346 2.68E−02 215.0

120 9.00 1.01 0.0315 3.336 0.0351 2.70E−02 217.0

121 9.00 1.32 0.0286 3.030 0.0305 2.45E−02 197.0

122 10.00 0.00 0.0332 3.518 0.0378 2.85E−02 228.8

123 10.00 0.25 0.0329 3.487 0.0373 2.82E−02 226.8

124 10.00 0.38 0.0332 3.518 0.0378 2.85E−02 228.8

125 10.00 0.66 0.0333 3.530 0.0380 2.86E−02 229.5

126 10.00 0.90 0.0321 3.406 0.0361 2.76E−02 221.5

127 10.00 1.08 0.0331 3.511 0.0377 2.84E−02 228.3

128 10.00 1.22 0.0307 3.250 0.0338 2.63E−02 211.4

129 10.00 1.34 0.0332 3.520 0.0378 2.85E−02 228.9

130 11.00 0.00 0.0317 3.356 0.0354 2.72E−02 218.3

131 11.00 0.25 0.0351 3.717 0.0408 3.01E−02 241.7

132 11.00 0.38 0.0347 3.683 0.0403 2.98E−02 239.5

133 11.00 0.52 0.0344 3.644 0.0397 2.95E−02 237.0

134 11.00 0.80 0.0332 3.519 0.0378 2.85E−02 228.8

135 11.00 0.97 0.0327 3.466 0.0370 2.80E−02 225.4

136 11.00 1.11 0.0346 3.665 0.0400 2.97E−02 238.4

137 11.00 1.23 0.0364 3.860 0.0429 3.12E−02 251.0

138 12.00 0.00 0.0378 4.004 0.0451 3.24E−02 260.4

139 12.00 0.25 0.0372 3.949 0.0442 3.20E−02 256.8

140 12.00 0.38 0.0371 3.931 0.0440 3.18E−02 255.7

141 12.00 0.52 0.0369 3.913 0.0437 3.17E−02 254.4

142 12.00 0.69 0.0335 3.547 0.0382 2.87E−02 230.6

143 12.00 0.87 0.0371 3.931 0.0440 3.18E−02 255.7

144 12.00 1.01 0.0378 4.009 0.0451 3.24E−02 260.7

145 12.00 1.13 0.0377 4.001 0.0450 3.24E−02 260.2

146 13.00 0.00 0.0399 4.233 0.0485 3.43E−02 275.2

147 13.00 0.25 0.0395 4.188 0.0478 3.39E−02 272.3

148 13.00 0.38 0.0392 4.160 0.0474 3.37E−02 270.5

149 13.00 0.52 0.0396 4.197 0.0480 3.40E−02 273.0
183

Table A24. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.64 0.0408 4.329 0.0500 3.50E−02 281.5

151 13.00 0.76 0.0416 4.413 0.0512 3.57E−02 287.0

152 13.00 0.90 0.0388 4.109 0.0466 3.33E−02 267.2

153 13.00 1.02 0.0402 4.264 0.0490 3.45E−02 277.3

154 14.00 0.00 0.0435 4.612 0.0542 3.73E−02 299.9

155 14.00 0.25 0.0415 4.397 0.0510 3.56E−02 286.0

156 14.00 0.38 0.0420 4.451 0.0518 3.60E−02 289.4

157 14.00 0.52 0.0404 4.284 0.0493 3.47E−02 278.6

158 14.00 0.66 0.0457 4.848 0.0577 3.92E−02 315.3

159 14.00 0.80 0.0431 4.568 0.0535 3.70E−02 297.1

160 14.00 0.92 0.0403 4.269 0.0490 3.45E−02 277.6

161 15.00 0.00 0.0475 5.039 0.0606 4.08E−02 327.7

162 15.00 0.25 0.0469 4.969 0.0595 4.02E−02 323.1

163 15.00 0.38 0.0445 4.716 0.0558 3.82E−02 306.7

164 15.00 0.69 0.0469 4.967 0.0595 4.02E−02 323.0

165 15.00 0.81 0.0465 4.935 0.0590 3.99E−02 320.9

166 16.00 0.00 0.0520 5.511 0.0677 4.46E−02 358.4

167 16.00 0.25 0.0512 5.430 0.0665 4.39E−02 353.1

168 16.00 0.38 0.0499 5.292 0.0644 4.28E−02 344.1

169 16.00 0.48 0.0491 5.203 0.0631 4.21E−02 338.4

170 16.00 0.59 0.0499 5.290 0.0644 4.28E−02 344.0

171 16.00 0.71 0.0498 5.283 0.0643 4.28E−02 343.5

172 17.00 0.00 0.0590 6.251 0.0788 5.06E−02 406.5

173 17.00 0.25 0.0557 5.904 0.0736 4.78E−02 384.0

174 17.00 0.38 0.0573 6.075 0.0762 4.92E−02 395.1

175 17.00 0.48 0.0537 5.693 0.0704 4.61E−02 370.2

176 17.00 0.60 0.0586 6.216 0.0783 5.03E−02 404.2

177 18.00 0.00 0.0685 7.258 0.0939 5.87E−02 472.0

178 18.00 0.25 0.0646 6.848 0.0877 5.54E−02 445.3

179 18.00 0.38 0.0653 6.928 0.0889 5.61E−02 450.5

180 18.00 0.50 0.0601 6.368 0.0805 5.15E−02 414.1

181 18.50 0.00 0.0698 7.405 0.0961 5.99E−02 481.5

182 18.50 0.25 0.0685 7.266 0.0940 5.88E−02 472.5

183 18.50 0.38 0.0626 6.636 0.0846 5.37E−02 431.5

184 18.60 0.42 0.0614 6.512 0.0827 5.27E−02 423.5

185 18.50 0.47 0.0642 6.805 0.0871 5.51E−02 442.6

186 19.20 0.00 0.0741 7.857 0.1029 6.36E−02 510.9

187 19.20 0.25 0.0683 7.242 0.0937 5.86E−02 471.0

188 19.20 0.38 0.0596 6.321 0.0798 5.12E−02 411.0

189 19.30 0.42 0.0585 6.199 0.0780 5.02E−02 403.1

190 19.20 0.47 0.0598 6.342 0.0802 5.13E−02 412.5

191 20.00 0.00 0.0697 7.387 0.0958 5.98E−02 480.4

192 20.00 0.25 0.0652 6.916 0.0888 5.60E−02 449.8

193 20.00 0.38 0.0612 6.493 0.0824 5.25E−02 422.2

194 20.10 0.42 0.0620 6.578 0.0837 5.32E−02 427.8

195 20.00 0.47 0.0593 6.292 0.0794 5.09E−02 409.1

196 20.80 0.00 0.0745 7.903 0.1036 6.40E−02 514.0

197 20.80 0.25 0.0697 7.393 0.0959 5.98E−02 480.8

198 20.80 0.38 0.0651 6.907 0.0886 5.59E−02 449.2

199 20.90 0.42 0.0667 7.071 0.0911 5.72E−02 459.8

200 20.80 0.47 0.0651 6.902 0.0886 5.59E−02 448.8

201 21.60 0.00 0.0717 7.604 0.0991 6.15E−02 494.5

202 21.60 0.25 0.0706 7.482 0.0973 6.06E−02 486.6

203 21.60 0.38 0.0730 7.741 0.1011 6.26E−02 503.4

204 21.70 0.42 0.0727 7.711 0.1007 6.24E−02 501.5

205 21.60 0.47 0.0739 7.831 0.1025 6.34E−02 509.2

206 22.40 0.00 0.0714 7.570 0.0986 6.13E−02 492.2

207 22.40 0.25 0.0727 7.713 0.1007 6.24E−02 501.6
184

Table A24. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.38 0.0717 7.607 0.0991 6.16E−02 494.7

209 22.50 0.42 0.0781 8.278 0.1092 6.70E−02 538.3

210 22.40 0.47 0.0777 8.242 0.1087 6.67E−02 535.9

211 23.20 0.00 0.0754 7.999 0.1050 6.47E−02 520.2

212 23.20 0.25 0.0738 7.823 0.1024 6.33E−02 508.7

213 23.20 0.38 0.0771 8.173 0.1076 6.61E−02 531.5

214 23.30 0.42 0.0754 7.990 0.1049 6.47E−02 519.6

215 23.20 0.47 0.0709 7.516 0.0978 6.08E−02 488.8

216 24.00 0.00 0.0729 7.731 0.1010 6.26E−02 502.8

217 24.00 0.25 0.0796 8.443 0.1117 6.83E−02 549.0

218 24.00 0.38 0.0799 8.473 0.1121 6.86E−02 551.0

219 24.10 0.42 0.0806 8.541 0.1131 6.91E−02 555.4

220 24.00 0.47 0.0796 8.443 0.1117 6.83E−02 549.1

221 25.00 0.00 0.0823 8.722 0.1159 7.06E−02 567.2

222 25.00 0.25 0.0789 8.369 0.1106 6.77E−02 544.2

223 25.00 0.38 0.0741 7.858 0.1029 6.36E−02 511.0

224 25.10 0.42 0.0737 7.817 0.1023 6.33E−02 508.3

225 25.00 0.47 0.0738 7.821 0.1023 6.33E−02 508.6

226 9.00 999.00 0.0266 2.824 0.0274 2.29E−02 183.6

227 0.00 −2.25 1.1603 123.021 1.8308 9.96E−01 8000.1

228 0.00 −0.29 1.1390 120.762 1.7969 9.77E−01 7853.2

229 0.00 2.25 1.1387 120.732 1.7965 9.77E−01 7851.2

230 20.58 0.00 0.1962 20.806 0.2972 1.68E−01 1353.0

231 20.78 0.00 0.2104 22.308 0.3197 1.81E−01 1450.7

232 20.98 0.00 0.2387 25.313 0.3648 2.05E−01 1646.1

233 21.38 0.00 0.3192 33.843 0.4928 2.74E−01 2200.8

234 21.78 0.00 0.4276 45.342 0.6653 3.67E−01 2948.6

235 22.51 0.00 0.2390 25.340 0.3652 2.05E−01 1647.9

236 22.71 0.00 0.1871 19.842 0.2827 1.61E−01 1290.3

237 22.91 0.00 0.1684 17.852 0.2529 1.44E−01 1160.9

238 23.11 0.00 0.1682 17.831 0.2525 1.44E−01 1159.6

239 23.88 0.00 0.1078 11.427 0.1565 9.25E−02 743.1

240 24.38 0.00 0.1994 21.137 0.3021 1.71E−01 1374.5

241 24.88 0.00 0.2381 25.244 0.3638 2.04E−01 1641.6

242 25.08 0.00 0.2474 26.227 0.3785 2.12E−01 1705.6

243 25.38 0.00 0.2534 26.872 0.3882 2.17E−01 1747.5

244 0.58 999.00 0.0264 2.795 0.0269 2.26E−02 181.8

245 0.86 999.00 0.0280 2.968 0.0295 2.40E−02 193.0

246 1.15 999.00 0.0264 2.803 0.0271 2.27E−02 182.3

247 1.43 999.00 0.0276 2.930 0.0290 2.37E−02 190.5

248 1.72 999.00 0.0261 2.765 0.0265 2.24E−02 179.8

249 2.00 999.00 0.0293 3.105 0.0316 2.51E−02 201.9

250 2.29 999.00 0.0258 2.740 0.0261 2.22E−02 178.2

251 2.57 999.00 0.0284 3.007 0.0301 2.43E−02 195.5

252 2.86 999.00 0.0275 2.917 0.0288 2.36E−02 189.7

253 3.14 999.00 0.0279 2.957 0.0294 2.39E−02 192.3

254 3.43 999.00 0.0272 2.881 0.0282 2.33E−02 187.3

255 999.00 999.00 0.0267 2.831 0.0275 2.29E−02 184.1

256 999.00 999.00 1.1607 123.065 1.8315 9.96E−01 8003.0
185

Table A25. Flow Conditions and Pressure Distribution for Run 62

[CR = 3; Re = 2.15 × 106 per foot; 25 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1437.91 (.99140E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1826.95 ( 1014.97)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0639 ( 32.93)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 460.02 (.10693E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.93

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0349 ( 240.43)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . . 92.43 ( 51.35)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . 0.31653E−04 (.16313E−01)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . 0.22043E+02 (.51237E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . . 471.64 ( 143.76)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . . 4681.49 ( 1426.92)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . . 0.21545E+07 (.70684E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . . 2.409 ( 16607.58)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . . 0.68779E−07 (.32932E−05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 4.465 ( 30783.58)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1835.55 ( 1019.75)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.20408E−03 (.10518E+00)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0729 2.297 0.0182 1.74E−02 502.4

2 11.18 0.20 0.0789 2.486 0.0209 1.89E−02 543.8

3 12.17 0.20 0.0851 2.681 0.0237 2.04E−02 586.5

4 13.15 0.20 0.0922 2.906 0.0268 2.21E−02 635.7

5 14.21 0.20 0.0953 3.004 0.0282 2.28E−02 657.2

6 15.14 0.20 0.1140 3.594 0.0365 2.73E−02 786.1

7 16.13 0.20 0.1268 3.997 0.0422 3.03E−02 874.2

8 17.12 0.20 0.1441 4.543 0.0499 3.45E−02 993.8

9 18.11 0.20 0.1828 5.761 0.0670 4.37E−02 1260.3

10 19.74 0.20 0.1653 5.211 0.0593 3.96E−02 1139.9

11 20.55 0.20 0.1968 6.204 0.0732 4.71E−02 1357.1

12 22.56 0.20 0.2169 6.836 0.0821 5.19E−02 1495.4

13 24.98 0.20 0.2344 7.388 0.0899 5.61E−02 1616.0

14 10.59 0.60 0.1322 4.168 0.0446 3.16E−02 911.7

15 11.58 0.60 0.1173 3.699 0.0380 2.81E−02 809.1

16 12.57 0.60 0.1264 3.985 0.0420 3.03E−02 871.7

17 13.56 0.60 0.1286 4.054 0.0430 3.08E−02 886.8

18 14.60 0.60 0.1291 4.070 0.0432 3.09E−02 890.3

19 15.54 0.60 0.1329 4.188 0.0449 3.18E−02 916.2

20 16.53 0.60 0.1351 4.258 0.0458 3.23E−02 931.4

21 17.52 0.60 0.1472 4.639 0.0512 3.52E−02 1014.8

22 18.51 0.60 0.1829 5.766 0.0671 4.38E−02 1261.3

23 12.97 1.00 0.1344 4.238 0.0456 3.22E−02 927.0

24 15.00 1.00 0.1354 4.268 0.0460 3.24E−02 933.7

25 15.94 1.00 0.1414 4.458 0.0487 3.38E−02 975.1

26 16.93 1.00 0.1435 4.524 0.0496 3.43E−02 989.6

27 17.92 1.00 0.1505 4.744 0.0527 3.60E−02 1037.7

28 18.91 1.00 0.1688 5.320 0.0608 4.04E−02 1163.7

29 24.98 1.00 0.2161 6.811 0.0818 5.17E−02 1489.8

30 11.99 2.00 0.1733 5.463 0.0628 4.15E−02 1194.9

31 13.97 2.00 0.1441 4.543 0.0499 3.45E−02 993.8

32 15.98 2.00 0.1454 4.582 0.0504 3.48E−02 1002.3

33 16.94 2.00 0.1495 4.711 0.0522 3.58E−02 1030.5
186

Table A25. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.1465 4.619 0.0509 3.51E−02 1010.3

35 18.42 2.00 0.1493 4.706 0.0521 3.57E−02 1029.3

36 18.92 2.00 0.1518 4.784 0.0532 3.63E−02 1046.4

37 19.41 2.00 0.1527 4.815 0.0537 3.66E−02 1053.2

38 19.91 2.00 0.1559 4.916 0.0551 3.73E−02 1075.2

39 20.26 2.00 0.1632 5.144 0.0583 3.91E−02 1125.2

40 21.11 2.00 0.2156 6.796 0.0816 5.16E−02 1486.6

41 21.96 2.00 0.3023 9.528 0.1200 7.23E−02 2084.2

42 22.74 2.00 0.3389 10.681 0.1362 8.11E−02 2336.4

43 23.52 2.00 0.3421 10.784 0.1377 8.19E−02 2358.9

44 24.98 2.00 0.3273 10.316 0.1311 7.83E−02 2256.5

45 17.94 3.00 0.1335 4.208 0.0451 3.20E−02 920.6

46 18.93 3.00 0.1375 4.335 0.0469 3.29E−02 948.3

47 19.92 3.00 0.2092 6.594 0.0787 5.01E−02 1442.3

48 20.91 3.00 0.2472 7.793 0.0956 5.92E−02 1704.6

49 22.11 3.00 0.3154 9.942 0.1258 7.55E−02 2174.8

50 22.96 3.00 0.3854 12.148 0.1569 9.22E−02 2657.2

51 23.74 3.00 0.4155 13.098 0.1702 9.94E−02 2865.0

52 24.98 3.00 0.4308 13.580 0.1770 1.03E−01 2970.6

53 18.34 3.40 0.1243 3.919 0.0411 2.98E−02 857.3

54 19.32 3.40 0.1682 5.303 0.0605 4.03E−02 1159.9

55 19.82 3.40 0.2046 6.449 0.0767 4.90E−02 1410.7

56 20.32 3.40 0.2293 7.229 0.0876 5.49E−02 1581.2

57 20.81 3.40 0.2452 7.730 0.0947 5.87E−02 1690.8

58 21.31 3.40 0.2671 8.420 0.1044 6.39E−02 1841.9

59 21.66 3.40 0.2899 9.137 0.1145 6.94E−02 1998.6

60 22.94 3.40 0.4457 14.050 0.1836 1.07E−01 3073.3

61 23.75 3.40 0.4360 13.743 0.1793 1.04E−01 3006.2

62 24.14 3.40 0.4345 13.697 0.1787 1.04E−01 2996.2

63 22.29 3.60 0.3720 11.728 0.1510 8.90E−02 2565.3

64 22.71 3.60 0.4131 13.021 0.1692 9.89E−02 2848.3

65 23.14 3.60 0.4429 13.961 0.1824 1.06E−01 3053.9

66 23.95 3.60 0.4700 14.816 0.1944 1.12E−01 3240.8

67 24.34 3.60 0.4880 15.382 0.2024 1.17E−01 3364.6

68 13.79 3.80 0.1372 4.325 0.0468 3.28E−02 946.0

69 15.77 3.80 0.1142 3.601 0.0366 2.73E−02 787.7

70 17.75 3.80 0.1108 3.493 0.0351 2.65E−02 764.1

71 19.23 3.80 0.1707 5.381 0.0617 4.09E−02 1177.1

72 19.73 3.80 0.2062 6.501 0.0774 4.94E−02 1422.0

73 20.22 3.80 0.2254 7.105 0.0859 5.39E−02 1554.2

74 20.72 3.80 0.2403 7.574 0.0925 5.75E−02 1656.8

75 21.41 3.80 0.2768 8.725 0.1087 6.62E−02 1908.6

76 21.71 3.80 0.2993 9.434 0.1187 7.16E−02 2063.7

77 22.06 3.80 0.3725 11.741 0.1511 8.91E−02 2568.3

78 22.49 3.80 0.4222 13.310 0.1732 1.01E−01 2911.3

79 22.76 3.80 0.5015 15.809 0.2084 1.20E−01 3458.1

80 22.91 3.80 0.5023 15.832 0.2087 1.20E−01 3463.0

81 23.76 3.80 0.5586 17.607 0.2337 1.34E−01 3851.3

82 24.15 3.80 0.5948 18.750 0.2498 1.42E−01 4101.4

83 24.98 3.80 0.6778 21.365 0.2866 1.62E−01 4673.5

84 22.59 3.90 0.4512 14.222 0.1860 1.08E−01 3110.8

85 22.80 3.90 0.4814 15.175 0.1995 1.15E−01 3319.4

86 23.01 3.90 0.4940 15.573 0.2051 1.18E−01 3406.5

87 23.15 3.90 0.5066 15.969 0.2106 1.21E−01 3493.1

88 23.86 3.90 0.5737 18.083 0.2404 1.37E−01 3955.5

89 24.25 3.90 0.5756 18.145 0.2413 1.38E−01 3969.0

90 11.99 2.00 0.1756 5.536 0.0638 4.20E−02 1210.9

91 13.97 2.00 0.1546 4.874 0.0545 3.70E−02 1066.2
187

Table A25. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.1501 4.732 0.0525 3.59E−02 1035.1

93 17.93 2.00 0.1521 4.795 0.0534 3.64E−02 1048.8

94 19.91 2.00 0.1552 4.892 0.0548 3.71E−02 1070.0

95 1.00 0.00 0.0690 2.175 0.0165 1.65E−02 475.9

96 1.00 0.66 0.0669 2.108 0.0156 1.60E−02 461.0

97 1.00 1.28 0.0669 2.108 0.0156 1.60E−02 461.1

98 1.00 1.90 0.0679 2.141 0.0160 1.63E−02 468.2

99 2.50 0.00 0.0541 1.706 0.0099 1.30E−02 373.2

100 4.00 0.00 0.0503 1.587 0.0083 1.20E−02 347.1

101 4.00 0.66 0.0502 1.582 0.0082 1.20E−02 346.0

102 4.00 1.90 0.0497 1.567 0.0080 1.19E−02 342.7

103 5.50 0.00 0.0485 1.529 0.0074 1.16E−02 334.5

104 7.00 0.00 0.0480 1.513 0.0072 1.15E−02 330.9

105 8.00 −1.90 0.0471 1.483 0.0068 1.13E−02 324.5

106 8.00 −1.50 0.0477 1.504 0.0071 1.14E−02 329.0

107 8.00 −1.11 0.0481 1.517 0.0073 1.15E−02 331.8

108 8.00 −0.66 0.0475 1.499 0.0070 1.14E−02 327.8

109 8.00 0.00 0.0479 1.511 0.0072 1.15E−02 330.5

110 8.00 0.25 0.0471 1.486 0.0068 1.13E−02 325.1

111 8.00 0.38 0.0478 1.506 0.0071 1.14E−02 329.4

112 8.00 0.66 0.0477 1.504 0.0071 1.14E−02 329.1

113 8.00 1.11 0.0472 1.487 0.0069 1.13E−02 325.3

114 8.00 1.50 0.0470 1.481 0.0068 1.12E−02 324.1

115 8.00 1.90 0.0465 1.466 0.0066 1.11E−02 320.7

116 9.00 0.00 0.0485 1.529 0.0074 1.16E−02 334.5

117 9.00 0.25 0.0485 1.530 0.0075 1.16E−02 334.7

118 9.00 0.38 0.0482 1.521 0.0073 1.15E−02 332.6

119 9.00 0.66 0.0489 1.543 0.0076 1.17E−02 337.4

120 9.00 1.01 0.0535 1.687 0.0097 1.28E−02 369.1

121 9.00 1.32 0.0550 1.735 0.0103 1.32E−02 379.5

122 10.00 0.00 0.0672 2.119 0.0157 1.61E−02 463.5

123 10.00 0.25 0.0668 2.107 0.0156 1.60E−02 460.8

124 10.00 0.38 0.0674 2.124 0.0158 1.61E−02 464.6

125 10.00 0.66 0.0670 2.111 0.0156 1.60E−02 461.7

126 10.00 0.90 0.0656 2.067 0.0150 1.57E−02 452.2

127 10.00 1.08 0.0662 2.088 0.0153 1.59E−02 456.7

128 10.00 1.22 0.0671 2.115 0.0157 1.61E−02 462.5

129 10.00 1.34 0.0746 2.352 0.0190 1.79E−02 514.5

130 11.00 0.00 0.0762 2.403 0.0197 1.82E−02 525.6

131 11.00 0.25 0.0738 2.328 0.0187 1.77E−02 509.1

132 11.00 0.38 0.0740 2.333 0.0188 1.77E−02 510.4

133 11.00 0.52 0.0744 2.345 0.0189 1.78E−02 513.1

134 11.00 0.80 0.0714 2.250 0.0176 1.71E−02 492.3

135 11.00 0.97 0.0718 2.265 0.0178 1.72E−02 495.4

136 11.00 1.11 0.0776 2.445 0.0203 1.86E−02 534.8

137 11.00 1.23 0.0880 2.775 0.0250 2.11E−02 607.1

138 12.00 0.00 0.0780 2.459 0.0205 1.87E−02 537.9

139 12.00 0.25 0.0774 2.440 0.0203 1.85E−02 533.6

140 12.00 0.38 0.0777 2.449 0.0204 1.86E−02 535.6

141 12.00 0.52 0.0775 2.444 0.0203 1.86E−02 534.6

142 12.00 0.69 0.0760 2.396 0.0196 1.82E−02 524.1

143 12.00 0.87 0.0762 2.403 0.0197 1.82E−02 525.6

144 12.00 1.01 0.0853 2.690 0.0238 2.04E−02 588.3

145 12.00 1.13 0.0946 2.981 0.0279 2.26E−02 652.1

146 13.00 0.00 0.0807 2.544 0.0217 1.93E−02 556.4

147 13.00 0.25 0.0806 2.541 0.0217 1.93E−02 555.7

148 13.00 0.38 0.0802 2.527 0.0215 1.92E−02 552.8

149 13.00 0.52 0.0786 2.477 0.0208 1.88E−02 541.8
188

Table A25. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.64 0.0775 2.444 0.0203 1.86E−02 534.7

151 13.00 0.76 0.0801 2.525 0.0215 1.92E−02 552.4

152 13.00 0.90 0.0965 3.041 0.0287 2.31E−02 665.3

153 13.00 1.02 0.1033 3.256 0.0317 2.47E−02 712.3

154 14.00 0.00 0.0871 2.747 0.0246 2.09E−02 600.8

155 14.00 0.25 0.0861 2.713 0.0241 2.06E−02 593.4

156 14.00 0.38 0.0848 2.674 0.0236 2.03E−02 584.9

157 14.00 0.52 0.0833 2.627 0.0229 1.99E−02 574.6

158 14.00 0.66 0.0817 2.577 0.0222 1.96E−02 563.6

159 14.00 0.80 0.0976 3.077 0.0292 2.34E−02 673.0

160 14.00 0.92 0.1041 3.281 0.0321 2.49E−02 717.6

161 15.00 0.00 0.0977 3.078 0.0292 2.34E−02 673.4

162 15.00 0.25 0.0964 3.038 0.0287 2.31E−02 664.6

163 15.00 0.38 0.0940 2.963 0.0276 2.25E−02 648.0

164 15.00 0.69 0.1125 3.545 0.0358 2.69E−02 775.5

165 15.00 0.81 0.1167 3.678 0.0377 2.79E−02 804.6

166 16.00 0.00 0.1215 3.829 0.0398 2.91E−02 837.6

167 16.00 0.25 0.1188 3.744 0.0386 2.84E−02 819.1

168 16.00 0.38 0.1141 3.598 0.0366 2.73E−02 787.1

169 16.00 0.48 0.1208 3.808 0.0395 2.89E−02 832.9

170 16.00 0.59 0.1406 4.431 0.0483 3.36E−02 969.1

171 16.00 0.71 0.1282 4.041 0.0428 3.07E−02 884.0

172 17.00 0.00 0.1598 5.038 0.0568 3.82E−02 1102.0

173 17.00 0.25 0.1581 4.984 0.0561 3.78E−02 1090.2

174 17.00 0.38 0.1460 4.601 0.0507 3.49E−02 1006.4

175 17.00 0.48 0.1418 4.468 0.0488 3.39E−02 977.4

176 17.00 0.60 0.1438 4.532 0.0497 3.44E−02 991.3

177 18.00 0.00 0.2167 6.832 0.0821 5.19E−02 1494.4

178 18.00 0.25 0.1976 6.228 0.0736 4.73E−02 1362.3

179 18.00 0.38 0.1861 5.866 0.0685 4.45E−02 1283.1

180 18.00 0.50 0.1786 5.631 0.0652 4.27E−02 1231.6

181 18.50 0.00 0.2421 7.632 0.0933 5.79E−02 1669.3

182 18.50 0.25 0.2127 6.704 0.0803 5.09E−02 1466.5

183 18.50 0.38 0.1961 6.182 0.0729 4.69E−02 1352.3

184 18.60 0.42 0.1889 5.955 0.0697 4.52E−02 1302.6

185 18.50 0.47 0.1896 5.976 0.0700 4.54E−02 1307.2

186 19.20 0.00 0.2720 8.574 0.1066 6.51E−02 1875.4

187 19.20 0.25 0.2161 6.810 0.0818 5.17E−02 1489.7

188 19.20 0.38 0.1729 5.451 0.0626 4.14E−02 1192.4

189 19.30 0.42 0.1687 5.317 0.0608 4.04E−02 1163.1

190 19.20 0.47 0.1696 5.345 0.0611 4.06E−02 1169.1

191 20.00 0.00 0.2666 8.403 0.1042 6.38E−02 1838.1

192 20.00 0.25 0.2373 7.480 0.0912 5.68E−02 1636.1

193 20.00 0.38 0.1833 5.779 0.0672 4.39E−02 1264.1

194 20.10 0.42 0.1910 6.021 0.0707 4.57E−02 1317.1

195 20.00 0.47 0.1871 5.899 0.0689 4.48E−02 1290.3

196 20.80 0.00 0.2672 8.422 0.1044 6.39E−02 1842.3

197 20.80 0.25 0.2567 8.091 0.0998 6.14E−02 1769.9

198 20.80 0.38 0.2224 7.010 0.0846 5.32E−02 1533.4

199 20.90 0.42 0.2327 7.335 0.0891 5.57E−02 1604.5

200 20.80 0.47 0.2315 7.296 0.0886 5.54E−02 1595.9

201 21.60 0.00 0.2697 8.502 0.1056 6.45E−02 1859.7

202 21.60 0.25 0.2676 8.434 0.1046 6.40E−02 1844.9

203 21.60 0.38 0.2949 9.295 0.1167 7.06E−02 2033.2

204 21.70 0.42 0.2962 9.337 0.1173 7.09E−02 2042.4

205 21.60 0.47 0.2673 8.427 0.1045 6.40E−02 1843.3

206 22.40 0.00 0.2485 7.833 0.0962 5.95E−02 1713.4

207 22.40 0.25 0.2746 8.655 0.1077 6.57E−02 1893.2
189

Table A25. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.38 0.2743 8.645 0.1076 6.56E−02 1891.0

209 22.50 0.42 0.2920 9.203 0.1154 6.99E−02 2013.1

210 22.40 0.47 0.2918 9.197 0.1153 6.98E−02 2011.8

211 23.20 0.00 0.2513 7.922 0.0974 6.01E−02 1732.8

212 23.20 0.25 0.2520 7.943 0.0977 6.03E−02 1737.4

213 23.20 0.38 0.2552 8.043 0.0991 6.11E−02 1759.3

214 23.30 0.42 0.2552 8.044 0.0991 6.11E−02 1759.6

215 23.20 0.47 0.2482 7.825 0.0960 5.94E−02 1711.7

216 24.00 0.00 0.2583 8.142 0.1005 6.18E−02 1781.0

217 24.00 0.25 0.2579 8.130 0.1003 6.17E−02 1778.4

218 24.00 0.38 0.2579 8.129 0.1003 6.17E−02 1778.1

219 24.10 0.42 0.2685 8.464 0.1050 6.43E−02 1851.5

220 24.00 0.47 0.2681 8.450 0.1048 6.41E−02 1848.3

221 25.00 0.00 0.2708 8.535 0.1060 6.48E−02 1867.0

222 25.00 0.25 0.2689 8.475 0.1052 6.43E−02 1853.8

223 25.00 0.38 0.2654 8.365 0.1036 6.35E−02 1829.8

224 25.10 0.42 0.2635 8.306 0.1028 6.31E−02 1816.9

225 25.00 0.47 0.2585 8.147 0.1006 6.19E−02 1782.1

226 9.00 999.00 0.0698 2.200 0.0169 1.67E−02 481.3

227 0.00 −2.25 4.2328 133.423 1.8634 1.01E+00 29184.9

228 0.00 −0.29 4.1789 131.723 1.8395 1.00E+00 28813.2

229 0.00 2.25 4.1798 131.753 1.8399 1.00E+00 28819.7

230 20.58 0.00 0.4766 15.025 0.1973 1.14E−01 3286.5

231 20.78 0.00 0.4492 14.158 0.1852 1.07E−01 3097.0

232 20.98 0.00 0.4440 13.996 0.1829 1.06E−01 3061.6

233 21.38 0.00 0.4739 14.937 0.1961 1.13E−01 3267.4

234 21.78 0.00 0.5127 16.161 0.2133 1.23E−01 3535.0

235 22.51 0.00 0.6517 20.542 0.2750 1.56E−01 4493.4

236 22.71 0.00 0.7267 22.905 0.3082 1.74E−01 5010.3

237 22.91 0.00 0.8124 25.608 0.3463 1.94E−01 5601.4

238 23.11 0.00 0.8936 28.166 0.3823 2.14E−01 6161.1

239 23.88 0.00 0.5755 18.141 0.2412 1.38E−01 3968.2

240 24.38 0.00 0.5291 16.676 0.2206 1.27E−01 3647.8

241 24.88 0.00 0.4837 15.247 0.2005 1.16E−01 3335.1

242 25.08 0.00 0.4658 14.682 0.1925 1.11E−01 3211.5

243 25.38 0.00 0.4577 14.428 0.1890 1.10E−01 3156.0

244 0.58 999.00 0.0710 2.237 0.0174 1.70E−02 489.2

245 0.86 999.00 0.0716 2.257 0.0177 1.71E−02 493.8

246 1.15 999.00 0.0709 2.236 0.0174 1.70E−02 489.0

247 1.43 999.00 0.0710 2.238 0.0174 1.70E−02 489.6

248 1.72 999.00 0.0698 2.201 0.0169 1.67E−02 481.6

249 2.00 999.00 0.0715 2.253 0.0176 1.71E−02 492.7

250 2.29 999.00 0.0712 2.244 0.0175 1.70E−02 490.8

251 2.57 999.00 0.0712 2.244 0.0175 1.70E−02 490.9

252 2.86 999.00 0.0700 2.207 0.0170 1.68E−02 482.8

253 3.14 999.00 0.0709 2.236 0.0174 1.70E−02 489.1

254 3.43 999.00 0.0729 2.298 0.0183 1.74E−02 502.6

255 999.00 999.00 0.0684 2.157 0.0163 1.64E−02 471.8

256 999.00 999.00 4.2319 133.394 1.8630 1.01E+00 29178.7
190

Table A26. Flow Conditions and Pressure Distribution for Run 63

[CR = 3; Re = 1.14 × 106 per foot; 25 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 719.54 (.49611E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1847.86 ( 1026.59)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0321 ( 16.56)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 464.59 (.10799E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.78

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0189 ( 130.49)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . . 96.09 ( 53.38)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . 0.16524E−04 (.85160E−02)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . 0.22916E+02 (.53268E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . . 480.90 ( 146.58)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . . 4701.24 ( 1432.94)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . . 0.10788E+07 (.35392E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . . 1.268 ( 8743.03)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . . 0.72011E−07 (.34479E−05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 2.351 ( 16214.77)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1852.27 ( 1029.04)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.10649E−03 (.54883E−01)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0568 3.234 0.0326 2.55E−02 391.4

2 11.18 0.20 0.0592 3.375 0.0347 2.66E−02 408.4

3 12.17 0.20 0.0637 3.632 0.0384 2.86E−02 439.5

4 13.15 0.20 0.0667 3.798 0.0408 2.99E−02 459.6

5 14.21 0.20 0.0718 4.090 0.0451 3.22E−02 494.9

6 15.14 0.20 0.0802 4.572 0.0521 3.60E−02 553.3

7 16.13 0.20 0.0875 4.983 0.0581 3.92E−02 603.0

8 17.12 0.20 0.0972 5.537 0.0662 4.36E−02 670.1

9 18.11 0.20 0.1067 6.082 0.0741 4.79E−02 736.0

10 19.74 0.20 0.0905 5.156 0.0606 4.06E−02 623.9

11 20.55 0.20 0.1001 5.702 0.0686 4.49E−02 690.0

12 22.56 0.20 0.1165 6.637 0.0822 5.22E−02 803.1

13 24.98 0.20 0.1261 7.186 0.0903 5.66E−02 869.6

14 10.59 0.60 0.0970 5.528 0.0661 4.35E−02 669.0

15 11.58 0.60 0.0866 4.933 0.0574 3.88E−02 597.0

16 12.57 0.60 0.0901 5.136 0.0603 4.04E−02 621.5

17 13.56 0.60 0.0875 4.987 0.0582 3.92E−02 603.5

18 14.60 0.60 0.0844 4.806 0.0555 3.78E−02 581.6

19 15.54 0.60 0.0869 4.952 0.0577 3.90E−02 599.3

20 16.53 0.60 0.0923 5.259 0.0621 4.14E−02 636.4

21 17.52 0.60 0.1008 5.743 0.0692 4.52E−02 694.9

22 18.51 0.60 0.1137 6.478 0.0799 5.10E−02 783.9

23 12.97 1.00 0.0946 5.388 0.0640 4.24E−02 652.0

24 15.00 1.00 0.0974 5.552 0.0664 4.37E−02 671.8

25 15.94 1.00 0.1011 5.762 0.0695 4.53E−02 697.3

26 16.93 1.00 0.1046 5.957 0.0723 4.69E−02 720.9

27 17.92 1.00 0.1136 6.473 0.0798 5.09E−02 783.3

28 18.91 1.00 0.1305 7.438 0.0939 5.85E−02 900.1

29 24.98 1.00 0.1096 6.243 0.0765 4.91E−02 755.4

30 11.99 2.00 0.1039 5.920 0.0718 4.66E−02 716.4

31 13.97 2.00 0.0899 5.121 0.0601 4.03E−02 619.7

32 15.98 2.00 0.0940 5.354 0.0635 4.21E−02 647.9

33 16.94 2.00 0.0983 5.602 0.0671 4.41E−02 677.9
191

Table A26. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.1007 5.736 0.0691 4.51E−02 694.1

35 18.42 2.00 0.1038 5.913 0.0717 4.65E−02 715.5

36 18.92 2.00 0.1065 6.071 0.0740 4.78E−02 734.7

37 19.41 2.00 0.1103 6.283 0.0771 4.94E−02 760.3

38 19.91 2.00 0.1303 7.426 0.0938 5.84E−02 898.6

39 20.26 2.00 0.1597 9.099 0.1182 7.16E−02 1101.0

40 21.11 2.00 0.1910 10.884 0.1442 8.57E−02 1317.1

41 21.96 2.00 0.1768 10.074 0.1324 7.93E−02 1219.1

42 22.74 2.00 0.1662 9.470 0.1236 7.45E−02 1146.0

43 23.52 2.00 0.1627 9.270 0.1207 7.29E−02 1121.7

44 24.98 2.00 0.1677 9.553 0.1248 7.52E−02 1156.0

45 17.94 3.00 0.0826 4.705 0.0541 3.70E−02 569.4

46 18.93 3.00 0.1124 6.404 0.0788 5.04E−02 775.0

47 19.92 3.00 0.1429 8.140 0.1042 6.41E−02 985.0

48 20.91 3.00 0.1591 9.066 0.1177 7.13E−02 1097.0

49 22.11 3.00 0.2262 12.890 0.1735 1.01E−01 1559.8

50 22.96 3.00 0.2912 16.590 0.2275 1.31E−01 2007.5

51 23.74 3.00 0.3542 20.180 0.2798 1.59E−01 2441.9

52 24.98 3.00 0.3752 21.380 0.2973 1.68E−01 2587.1

53 18.34 3.40 0.0791 4.506 0.0511 3.55E−02 545.2

54 19.32 3.40 0.1343 7.652 0.0971 6.02E−02 926.0

55 19.82 3.40 0.1383 7.878 0.1004 6.20E−02 953.3

56 20.32 3.40 0.1464 8.344 0.1071 6.57E−02 1009.7

57 20.81 3.40 0.1609 9.167 0.1192 7.21E−02 1109.3

58 21.31 3.40 0.1810 10.314 0.1359 8.12E−02 1248.1

59 21.66 3.40 0.2128 12.123 0.1623 9.54E−02 1467.0

60 22.94 3.40 0.3111 17.726 0.2440 1.39E−01 2145.0

61 23.75 3.40 0.4061 23.137 0.3230 1.82E−01 2799.8

62 24.14 3.40 0.4020 22.904 0.3196 1.80E−01 2771.6

63 22.29 3.60 0.2607 14.852 0.2021 1.17E−01 1797.2

64 22.71 3.60 0.2916 16.617 0.2279 1.31E−01 2010.8

65 23.14 3.60 0.3404 19.398 0.2684 1.53E−01 2347.3

66 23.95 3.60 0.3999 22.786 0.3179 1.79E−01 2757.3

67 24.34 3.60 0.3955 22.533 0.3142 1.77E−01 2726.7

68 13.79 3.80 0.0830 4.729 0.0544 3.72E−02 572.3

69 15.77 3.80 0.0701 3.994 0.0437 3.14E−02 483.3

70 17.75 3.80 0.0710 4.045 0.0444 3.18E−02 489.5

71 19.23 3.80 0.1203 6.853 0.0854 5.39E−02 829.3

72 19.73 3.80 0.1240 7.066 0.0885 5.56E−02 855.1

73 20.22 3.80 0.1336 7.614 0.0965 5.99E−02 921.3

74 20.72 3.80 0.1565 8.916 0.1155 7.02E−02 1078.9

75 21.41 3.80 0.1921 10.947 0.1451 8.62E−02 1324.7

76 21.71 3.80 0.2203 12.550 0.1685 9.88E−02 1518.6

77 22.06 3.80 0.2867 16.334 0.2237 1.29E−01 1976.6

78 22.49 3.80 0.3023 17.223 0.2367 1.36E−01 2084.1

79 22.76 3.80 0.3676 20.947 0.2910 1.65E−01 2534.7

80 22.91 3.80 0.3811 21.717 0.3023 1.71E−01 2628.0

81 23.76 3.80 0.4575 26.068 0.3657 2.05E−01 3154.4

82 24.15 3.80 0.4740 27.006 0.3794 2.13E−01 3267.9

83 24.98 3.80 0.3873 22.066 0.3074 1.74E−01 2670.2

84 22.59 3.90 0.3205 18.260 0.2518 1.44E−01 2209.6

85 22.80 3.90 0.3542 20.180 0.2798 1.59E−01 2442.0

86 23.01 3.90 0.3733 21.269 0.2957 1.67E−01 2573.7

87 23.15 3.90 0.3904 22.245 0.3100 1.75E−01 2691.8

88 23.86 3.90 0.4658 26.539 0.3726 2.09E−01 3211.5

89 24.25 3.90 0.4413 25.145 0.3523 1.98E−01 3042.8

90 11.99 2.00 0.1039 5.919 0.0718 4.66E−02 716.3

91 13.97 2.00 0.0932 5.308 0.0629 4.18E−02 642.3
192

Table A26. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.0948 5.400 0.0642 4.25E−02 653.4

93 17.93 2.00 0.1017 5.793 0.0699 4.56E−02 701.0

94 19.91 2.00 0.1264 7.202 0.0905 5.67E−02 871.5

95 1.00 0.00 0.0480 2.734 0.0253 2.15E−02 330.8

96 1.00 0.66 0.0471 2.683 0.0246 2.11E−02 324.6

97 1.00 1.28 0.0473 2.697 0.0248 2.12E−02 326.4

98 1.00 1.90 0.0471 2.686 0.0246 2.11E−02 325.0

99 2.50 0.00 0.0400 2.280 0.0187 1.79E−02 275.9

100 4.00 0.00 0.0372 2.121 0.0164 1.67E−02 256.7

101 4.00 0.66 0.0380 2.165 0.0170 1.70E−02 262.0

102 4.00 1.90 0.0370 2.107 0.0161 1.66E−02 254.9

103 5.50 0.00 0.0369 2.104 0.0161 1.66E−02 254.7

104 7.00 0.00 0.0352 2.007 0.0147 1.58E−02 242.9

105 8.00 −1.90 0.0376 2.143 0.0167 1.69E−02 259.3

106 8.00 −1.50 0.0403 2.294 0.0189 1.81E−02 277.6

107 8.00 −1.11 0.0418 2.380 0.0201 1.87E−02 288.0

108 8.00 −0.66 0.0438 2.496 0.0218 1.96E−02 302.1

109 8.00 0.00 0.0449 2.560 0.0228 2.01E−02 309.8

110 8.00 0.25 0.0441 2.512 0.0221 1.98E−02 304.0

111 8.00 0.38 0.0440 2.508 0.0220 1.97E−02 303.5

112 8.00 0.66 0.0444 2.527 0.0223 1.99E−02 305.8

113 8.00 1.11 0.0429 2.445 0.0211 1.92E−02 295.9

114 8.00 1.50 0.0404 2.302 0.0190 1.81E−02 278.5

115 8.00 1.90 0.0387 2.208 0.0176 1.74E−02 267.2

116 9.00 0.00 0.0504 2.870 0.0273 2.26E−02 347.3

117 9.00 0.25 0.0502 2.858 0.0271 2.25E−02 345.8

118 9.00 0.38 0.0499 2.842 0.0269 2.24E−02 343.9

119 9.00 0.66 0.0492 2.804 0.0263 2.21E−02 339.4

120 9.00 1.01 0.0489 2.784 0.0260 2.19E−02 336.9

121 9.00 1.32 0.0461 2.625 0.0237 2.07E−02 317.7

122 10.00 0.00 0.0545 3.106 0.0307 2.44E−02 375.9

123 10.00 0.25 0.0540 3.079 0.0303 2.42E−02 372.6

124 10.00 0.38 0.0548 3.122 0.0310 2.46E−02 377.8

125 10.00 0.66 0.0520 2.960 0.0286 2.33E−02 358.2

126 10.00 0.90 0.0515 2.933 0.0282 2.31E−02 354.9

127 10.00 1.08 0.0515 2.932 0.0282 2.31E−02 354.8

128 10.00 1.22 0.0514 2.931 0.0282 2.31E−02 354.7

129 10.00 1.34 0.0546 3.110 0.0308 2.45E−02 376.4

130 11.00 0.00 0.0561 3.198 0.0321 2.52E−02 387.0

131 11.00 0.25 0.0581 3.310 0.0337 2.60E−02 400.5

132 11.00 0.38 0.0577 3.285 0.0333 2.59E−02 397.5

133 11.00 0.52 0.0581 3.308 0.0337 2.60E−02 400.3

134 11.00 0.80 0.0558 3.179 0.0318 2.50E−02 384.7

135 11.00 0.97 0.0561 3.196 0.0320 2.51E−02 386.7

136 11.00 1.11 0.0593 3.376 0.0347 2.66E−02 408.6

137 11.00 1.23 0.0603 3.438 0.0356 2.71E−02 416.0

138 12.00 0.00 0.0630 3.589 0.0378 2.82E−02 434.2

139 12.00 0.25 0.0619 3.529 0.0369 2.78E−02 427.0

140 12.00 0.38 0.0616 3.512 0.0366 2.76E−02 424.9

141 12.00 0.52 0.0615 3.506 0.0366 2.76E−02 424.2

142 12.00 0.69 0.0586 3.339 0.0341 2.63E−02 404.1

143 12.00 0.87 0.0615 3.502 0.0365 2.76E−02 423.8

144 12.00 1.01 0.0635 3.619 0.0382 2.85E−02 437.9

145 12.00 1.13 0.0656 3.736 0.0399 2.94E−02 452.1

146 13.00 0.00 0.0663 3.777 0.0405 2.97E−02 457.1

147 13.00 0.25 0.0653 3.724 0.0397 2.93E−02 450.6

148 13.00 0.38 0.0649 3.699 0.0394 2.91E−02 447.6

149 13.00 0.52 0.0651 3.709 0.0395 2.92E−02 448.9
193

Table A26. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.64 0.0642 3.660 0.0388 2.88E−02 442.9

151 13.00 0.76 0.0654 3.727 0.0398 2.93E−02 451.0

152 13.00 0.90 0.0684 3.898 0.0423 3.07E−02 471.7

153 13.00 1.02 0.0683 3.892 0.0422 3.06E−02 471.0

154 14.00 0.00 0.0703 4.007 0.0439 3.15E−02 484.9

155 14.00 0.25 0.0705 4.016 0.0440 3.16E−02 485.9

156 14.00 0.38 0.0684 3.897 0.0423 3.07E−02 471.5

157 14.00 0.52 0.0694 3.954 0.0431 3.11E−02 478.5

158 14.00 0.66 0.0707 4.028 0.0442 3.17E−02 487.5

159 14.00 0.80 0.0742 4.226 0.0471 3.33E−02 511.3

160 14.00 0.92 0.0731 4.166 0.0462 3.28E−02 504.1

161 15.00 0.00 0.0777 4.427 0.0500 3.48E−02 535.7

162 15.00 0.25 0.0767 4.369 0.0492 3.44E−02 528.7

163 15.00 0.38 0.0769 4.381 0.0493 3.45E−02 530.2

164 15.00 0.69 0.0797 4.544 0.0517 3.58E−02 549.9

165 15.00 0.81 0.0786 4.479 0.0508 3.52E−02 542.0

166 16.00 0.00 0.0875 4.985 0.0581 3.92E−02 603.3

167 16.00 0.25 0.0866 4.932 0.0574 3.88E−02 596.8

168 16.00 0.38 0.0857 4.883 0.0567 3.84E−02 590.9

169 16.00 0.48 0.0875 4.983 0.0581 3.92E−02 603.0

170 16.00 0.59 0.0893 5.087 0.0596 4.00E−02 615.6

171 16.00 0.71 0.0866 4.934 0.0574 3.88E−02 597.0

172 17.00 0.00 0.1009 5.747 0.0693 4.52E−02 695.4

173 17.00 0.25 0.0987 5.625 0.0675 4.43E−02 680.7

174 17.00 0.38 0.0981 5.591 0.0670 4.40E−02 676.6

175 17.00 0.48 0.0981 5.589 0.0670 4.40E−02 676.4

176 17.00 0.60 0.0949 5.405 0.0643 4.25E−02 654.0

177 18.00 0.00 0.1163 6.627 0.0821 5.22E−02 801.9

178 18.00 0.25 0.1132 6.450 0.0795 5.08E−02 780.5

179 18.00 0.38 0.1110 6.322 0.0777 4.98E−02 765.1

180 18.00 0.50 0.1064 6.060 0.0738 4.77E−02 733.3

181 18.50 0.00 0.1252 7.136 0.0895 5.62E−02 863.5

182 18.50 0.25 0.1202 6.847 0.0853 5.39E−02 828.6

183 18.50 0.38 0.1087 6.192 0.0758 4.87E−02 749.3

184 18.60 0.42 0.1060 6.040 0.0735 4.75E−02 730.8

185 18.50 0.47 0.1069 6.089 0.0743 4.79E−02 736.9

186 19.20 0.00 0.1334 7.599 0.0963 5.98E−02 919.5

187 19.20 0.25 0.1165 6.636 0.0822 5.22E−02 803.1

188 19.20 0.38 0.0970 5.527 0.0661 4.35E−02 668.9

189 19.30 0.42 0.0959 5.465 0.0652 4.30E−02 661.4

190 19.20 0.47 0.0968 5.517 0.0659 4.34E−02 667.6

191 20.00 0.00 0.1307 7.446 0.0940 5.86E−02 901.0

192 20.00 0.25 0.1286 7.326 0.0923 5.77E−02 886.5

193 20.00 0.38 0.1000 5.696 0.0685 4.48E−02 689.2

194 20.10 0.42 0.1038 5.916 0.0717 4.66E−02 715.9

195 20.00 0.47 0.1012 5.769 0.0696 4.54E−02 698.1

196 20.80 0.00 0.1324 7.544 0.0955 5.94E−02 912.9

197 20.80 0.25 0.1259 7.174 0.0901 5.65E−02 868.1

198 20.80 0.38 0.1197 6.818 0.0849 5.37E−02 825.0

199 20.90 0.42 0.1243 7.084 0.0888 5.58E−02 857.2

200 20.80 0.47 0.1244 7.086 0.0888 5.58E−02 857.5

201 21.60 0.00 0.1295 7.376 0.0930 5.80E−02 892.6

202 21.60 0.25 0.1295 7.376 0.0930 5.80E−02 892.6

203 21.60 0.38 0.1452 8.273 0.1061 6.51E−02 1001.1

204 21.70 0.42 0.1454 8.286 0.1063 6.52E−02 1002.6

205 21.60 0.47 0.1326 7.556 0.0957 5.95E−02 914.3

206 22.40 0.00 0.1301 7.410 0.0935 5.83E−02 896.7

207 22.40 0.25 0.1371 7.810 0.0994 6.15E−02 945.1
194

Table A26. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.38 0.1341 7.639 0.0969 6.01E−02 924.4

209 22.50 0.42 0.1450 8.261 0.1059 6.50E−02 999.7

210 22.40 0.47 0.1448 8.249 0.1058 6.49E−02 998.2

211 23.20 0.00 0.1320 7.523 0.0952 5.92E−02 910.3

212 23.20 0.25 0.1323 7.541 0.0954 5.93E−02 912.5

213 23.20 0.38 0.1391 7.923 0.1010 6.24E−02 958.8

214 23.30 0.42 0.1382 7.874 0.1003 6.20E−02 952.8

215 23.20 0.47 0.1292 7.364 0.0929 5.80E−02 891.1

216 24.00 0.00 0.1369 7.801 0.0992 6.14E−02 944.0

217 24.00 0.25 0.1384 7.886 0.1005 6.21E−02 954.3

218 24.00 0.38 0.1374 7.826 0.0996 6.16E−02 947.0

219 24.10 0.42 0.1427 8.130 0.1040 6.40E−02 983.8

220 24.00 0.47 0.1415 8.065 0.1031 6.35E−02 975.9

221 25.00 0.00 0.1476 8.408 0.1081 6.62E−02 1017.4

222 25.00 0.25 0.1443 8.220 0.1053 6.47E−02 994.7

223 25.00 0.38 0.1369 7.802 0.0992 6.14E−02 944.1

224 25.10 0.42 0.1352 7.701 0.0978 6.06E−02 931.9

225 25.00 0.47 0.1361 7.755 0.0986 6.10E−02 938.4

226 9.00 999.00 0.0439 2.502 0.0219 1.97E−02 302.8

227 0.00 −2.25 2.2188 126.425 1.8300 9.95E−01 15298.6

228 0.00 −0.29 2.2021 125.476 1.8161 9.87E−01 15183.7

229 0.00 2.25 2.2029 125.520 1.8167 9.88E−01 15189.0

230 20.58 0.00 0.2901 16.532 0.2266 1.30E−01 2000.6

231 20.78 0.00 0.2838 16.172 0.2214 1.27E−01 1957.0

232 20.98 0.00 0.2972 16.936 0.2325 1.33E−01 2049.4

233 21.38 0.00 0.3476 19.806 0.2744 1.56E−01 2396.7

234 21.78 0.00 0.4179 23.814 0.3329 1.87E−01 2881.7

235 22.51 0.00 0.6696 38.152 0.5420 3.00E−01 4616.7

236 22.71 0.00 0.6837 38.957 0.5538 3.07E−01 4714.2

237 22.91 0.00 0.6106 34.791 0.4930 2.74E−01 4210.0

238 23.11 0.00 0.4878 27.792 0.3909 2.19E−01 3363.1

239 23.88 0.00 0.1928 10.985 0.1457 8.65E−02 1329.3

240 24.38 0.00 0.3071 17.499 0.2407 1.38E−01 2117.6

241 24.88 0.00 0.3379 19.254 0.2663 1.52E−01 2329.9

242 25.08 0.00 0.3539 20.166 0.2796 1.59E−01 2440.3

243 25.38 0.00 0.3701 21.089 0.2931 1.66E−01 2551.9

244 0.58 999.00 0.0450 2.563 0.0228 2.02E−02 310.1

245 0.86 999.00 0.0448 2.554 0.0227 2.01E−02 309.1

246 1.15 999.00 0.0446 2.541 0.0225 2.00E−02 307.4

247 1.43 999.00 0.0456 2.597 0.0233 2.04E−02 314.3

248 1.72 999.00 0.0435 2.481 0.0216 1.95E−02 300.3

249 2.00 999.00 0.0446 2.539 0.0225 2.00E−02 307.3

250 2.29 999.00 0.0434 2.470 0.0214 1.94E−02 298.9

251 2.57 999.00 0.0449 2.559 0.0227 2.01E−02 309.6

252 2.86 999.00 0.0446 2.542 0.0225 2.00E−02 307.6

253 3.14 999.00 0.0449 2.558 0.0227 2.01E−02 309.5

254 3.43 999.00 0.0438 2.494 0.0218 1.96E−02 301.8

255 999.00 999.00 0.0426 2.430 0.0209 1.91E−02 294.1

256 999.00 999.00 2.2171 126.326 1.8285 9.94E−01 15286.6
195

Table A27. Flow Conditions and Pressure Distribution for Run 64

[CR = 3; Re = 0.55 × 106 per foot; 0 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 353.25 (.24356E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1861.66 ( 1034.25)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0158 ( 8.14)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 467.75 (.10873E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.66

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0100 ( 69.18)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . . 98.93 ( 54.96)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . 0.85089E−05 (.43853E−02)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . 0.23594E+02 (.54842E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . . 487.95 ( 148.73)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . . 4714.40 ( 1436.95)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . . 0.53833E+06 (.17662E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . . 0.657 ( 4527.46)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . . 0.74516E−07 (.35679E−05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 1.218 ( 8391.08)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1863.78 ( 1035.43)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.54813E−04 (.28249E−01)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0373 3.925 0.0440 3.18E−02 256.8

2 11.18 0.20 0.0370 3.903 0.0436 3.16E−02 255.4

3 12.17 0.20 0.0397 4.188 0.0479 3.39E−02 274.0

4 13.15 0.20 0.0409 4.310 0.0497 3.49E−02 282.0

5 14.21 0.20 0.0448 4.719 0.0559 3.82E−02 308.8

6 15.14 0.20 0.0431 4.540 0.0532 3.68E−02 297.1

7 16.13 0.20 0.0469 4.941 0.0592 4.00E−02 323.3

8 17.12 0.20 0.0536 5.650 0.0699 4.58E−02 369.7

9 18.11 0.20 0.0588 6.199 0.0781 5.02E−02 405.6

10 19.74 0.20 0.0525 5.529 0.0681 4.48E−02 361.8

11 20.55 0.20 0.0563 5.934 0.0741 4.81E−02 388.3

12 22.56 0.20 0.0636 6.701 0.0857 5.43E−02 438.5

13 24.98 0.20 0.0672 7.080 0.0914 5.74E−02 463.3

14 10.59 0.60 0.0573 6.034 0.0756 4.89E−02 394.8

15 11.58 0.60 0.0482 5.075 0.0612 4.11E−02 332.1

16 12.57 0.60 0.0470 4.953 0.0594 4.01E−02 324.1

17 13.56 0.60 0.0464 4.886 0.0584 3.96E−02 319.7

18 14.60 0.60 0.0455 4.797 0.0570 3.89E−02 313.9

19 15.54 0.60 0.0446 4.705 0.0557 3.81E−02 307.8

20 16.53 0.60 0.0491 5.171 0.0627 4.19E−02 338.4

21 17.52 0.60 0.0556 5.861 0.0730 4.75E−02 383.5

22 18.51 0.60 0.0631 6.646 0.0848 5.39E−02 434.9

23 12.97 1.00 0.0539 5.684 0.0704 4.61E−02 371.9

24 15.00 1.00 0.0550 5.797 0.0721 4.70E−02 379.3

25 15.94 1.00 0.0540 5.693 0.0705 4.61E−02 372.5

26 16.93 1.00 0.0571 6.019 0.0754 4.88E−02 393.9

27 17.92 1.00 0.0623 6.561 0.0836 5.32E−02 429.3

28 18.91 1.00 0.0720 7.587 0.0990 6.15E−02 496.4

29 24.98 1.00 0.0585 6.166 0.0776 5.00E−02 403.4

30 11.99 2.00 0.0592 6.236 0.0787 5.05E−02 408.1

31 13.97 2.00 0.0512 5.397 0.0661 4.37E−02 353.1

32 15.98 2.00 0.0529 5.575 0.0687 4.52E−02 364.8

33 16.94 2.00 0.0522 5.498 0.0676 4.45E−02 359.7
196

Table A27. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.0541 5.696 0.0706 4.62E−02 372.7

35 18.42 2.00 0.0558 5.875 0.0732 4.76E−02 384.4

36 18.92 2.00 0.0571 6.014 0.0753 4.87E−02 393.5

37 19.41 2.00 0.0599 6.316 0.0799 5.12E−02 413.3

38 19.91 2.00 0.0745 7.850 0.1029 6.36E−02 513.7

39 20.26 2.00 0.1177 12.398 0.1713 1.00E−01 811.3

40 21.11 2.00 0.0953 10.043 0.1359 8.14E−02 657.1

41 21.96 2.00 0.0848 8.938 0.1193 7.24E−02 584.9

42 22.74 2.00 0.0796 8.389 0.1110 6.80E−02 548.9

43 23.52 2.00 0.0796 8.392 0.1111 6.80E−02 549.1

44 24.98 2.00 0.0752 7.927 0.1041 6.42E−02 518.7

45 17.94 3.00 0.0455 4.797 0.0571 3.89E−02 313.9

46 18.93 3.00 0.0435 4.587 0.0539 3.72E−02 300.2

47 19.92 3.00 0.0592 6.241 0.0788 5.06E−02 408.4

48 20.91 3.00 0.0731 7.698 0.1006 6.24E−02 503.7

49 22.11 3.00 0.1456 15.342 0.2155 1.24E−01 1003.9

50 22.96 3.00 0.1370 14.432 0.2018 1.17E−01 944.3

51 23.74 3.00 0.1211 12.765 0.1768 1.03E−01 835.3

52 24.98 3.00 0.1192 12.565 0.1738 1.02E−01 822.2

53 18.34 3.40 0.0423 4.458 0.0520 3.61E−02 291.7

54 19.32 3.40 0.0503 5.305 0.0647 4.30E−02 347.1

55 19.82 3.40 0.0525 5.532 0.0681 4.48E−02 362.0

56 20.32 3.40 0.0595 6.272 0.0792 5.08E−02 410.4

57 20.81 3.40 0.0694 7.313 0.0949 5.93E−02 478.5

58 21.31 3.40 0.0833 8.776 0.1168 7.11E−02 574.3

59 21.66 3.40 0.1079 11.371 0.1558 9.21E−02 744.1

60 22.94 3.40 0.1268 13.365 0.1858 1.08E−01 874.6

61 23.75 3.40 0.1568 16.525 0.2333 1.34E−01 1081.3

62 24.14 3.40 0.1639 17.267 0.2444 1.40E−01 1129.9

63 22.29 3.60 0.1157 12.187 0.1681 9.88E−02 797.4

64 22.71 3.60 0.1211 12.757 0.1767 1.03E−01 834.7

65 23.14 3.60 0.1692 17.827 0.2528 1.44E−01 1166.5

66 23.95 3.60 0.1770 18.650 0.2652 1.51E−01 1220.4

67 24.34 3.60 0.1734 18.268 0.2595 1.48E−01 1195.3

68 13.79 3.80 0.0465 4.895 0.0585 3.97E−02 320.3

69 15.77 3.80 0.0379 3.988 0.0449 3.23E−02 261.0

70 17.75 3.80 0.0375 3.953 0.0444 3.20E−02 258.7

71 19.23 3.80 0.0446 4.703 0.0556 3.81E−02 307.7

72 19.73 3.80 0.0461 4.856 0.0579 3.93E−02 317.7

73 20.22 3.80 0.0516 5.439 0.0667 4.41E−02 355.9

74 20.72 3.80 0.0581 6.127 0.0770 4.96E−02 400.9

75 21.41 3.80 0.0609 6.422 0.0815 5.20E−02 420.2

76 21.71 3.80 0.0699 7.368 0.0957 5.97E−02 482.1

77 22.06 3.80 0.0886 9.335 0.1252 7.56E−02 610.8

78 22.49 3.80 0.1090 11.488 0.1576 9.31E−02 751.7

79 22.76 3.80 0.1652 17.403 0.2465 1.41E−01 1138.8

80 22.91 3.80 0.1725 18.181 0.2582 1.47E−01 1189.6

81 23.76 3.80 0.1690 17.807 0.2525 1.44E−01 1165.2

82 24.15 3.80 0.1823 19.213 0.2737 1.56E−01 1257.2

83 24.98 3.80 0.1973 20.795 0.2974 1.69E−01 1360.7

84 22.59 3.90 0.1522 16.039 0.2260 1.30E−01 1049.5

85 22.80 3.90 0.1488 15.679 0.2206 1.27E−01 1025.9

86 23.01 3.90 0.1687 17.773 0.2520 1.44E−01 1163.0

87 23.15 3.90 0.1870 19.708 0.2811 1.60E−01 1289.6

88 23.86 3.90 0.2449 25.810 0.3728 2.09E−01 1688.9

89 24.25 3.90 0.2385 25.132 0.3626 2.04E−01 1644.5

90 11.99 2.00 0.0588 6.198 0.0781 5.02E−02 405.6

91 13.97 2.00 0.0524 5.516 0.0679 4.47E−02 361.0
197

Table A27. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.0529 5.570 0.0687 4.51E−02 364.5

93 17.93 2.00 0.0538 5.668 0.0701 4.59E−02 370.9

94 19.91 2.00 0.0774 8.151 0.1074 6.60E−02 533.3

95 1.00 0.00 0.0286 3.018 0.0303 2.45E−02 197.5

96 1.00 0.66 0.0291 3.068 0.0311 2.49E−02 200.7

97 1.00 1.28 0.0295 3.105 0.0316 2.52E−02 203.2

98 1.00 1.90 0.0289 3.049 0.0308 2.47E−02 199.5

99 2.50 0.00 0.0245 2.578 0.0237 2.09E−02 168.7

100 4.00 0.00 0.0221 2.327 0.0199 1.89E−02 152.3

101 4.00 0.66 0.0235 2.477 0.0222 2.01E−02 162.1

102 4.00 1.90 0.0221 2.332 0.0200 1.89E−02 152.6

103 5.50 0.00 0.0227 2.392 0.0209 1.94E−02 156.5

104 7.00 0.00 0.0207 2.179 0.0177 1.77E−02 142.6

105 8.00 −1.90 0.0209 2.202 0.0181 1.78E−02 144.1

106 8.00 −1.50 0.0238 2.505 0.0226 2.03E−02 163.9

107 8.00 −1.11 0.0238 2.513 0.0227 2.04E−02 164.4

108 8.00 −0.66 0.0249 2.626 0.0244 2.13E−02 171.8

109 8.00 0.00 0.0264 2.784 0.0268 2.26E−02 182.2

110 8.00 0.25 0.0257 2.713 0.0257 2.20E−02 177.5

111 8.00 0.38 0.0244 2.576 0.0237 2.09E−02 168.6

112 8.00 0.66 0.0263 2.775 0.0267 2.25E−02 181.6

113 8.00 1.11 0.0256 2.696 0.0255 2.18E−02 176.4

114 8.00 1.50 0.0238 2.504 0.0226 2.03E−02 163.9

115 8.00 1.90 0.0230 2.428 0.0215 1.97E−02 158.8

116 9.00 0.00 0.0297 3.132 0.0320 2.54E−02 205.0

117 9.00 0.25 0.0293 3.086 0.0313 2.50E−02 201.9

118 9.00 0.38 0.0297 3.134 0.0321 2.54E−02 205.1

119 9.00 0.66 0.0290 3.060 0.0310 2.48E−02 200.2

120 9.00 1.01 0.0239 2.513 0.0227 2.04E−02 164.5

121 9.00 1.32 0.0225 2.369 0.0206 1.92E−02 155.0

122 10.00 0.00 0.0305 3.210 0.0332 2.60E−02 210.1

123 10.00 0.25 0.0300 3.157 0.0324 2.56E−02 206.6

124 10.00 0.38 0.0315 3.324 0.0349 2.69E−02 217.5

125 10.00 0.66 0.0279 2.940 0.0292 2.38E−02 192.4

126 10.00 0.90 0.0259 2.733 0.0260 2.21E−02 178.8

127 10.00 1.08 0.0261 2.751 0.0263 2.23E−02 180.0

128 10.00 1.22 0.0260 2.738 0.0261 2.22E−02 179.2

129 10.00 1.34 0.0272 2.865 0.0280 2.32E−02 187.4

130 11.00 0.00 0.0327 3.448 0.0368 2.79E−02 225.6

131 11.00 0.25 0.0325 3.421 0.0364 2.77E−02 223.8

132 11.00 0.38 0.0318 3.354 0.0354 2.72E−02 219.4

133 11.00 0.52 0.0325 3.429 0.0365 2.78E−02 224.4

134 11.00 0.80 0.0271 2.851 0.0278 2.31E−02 186.6

135 11.00 0.97 0.0280 2.949 0.0293 2.39E−02 193.0

136 11.00 1.11 0.0289 3.046 0.0307 2.47E−02 199.3

137 11.00 1.23 0.0298 3.137 0.0321 2.54E−02 205.2

138 12.00 0.00 0.0350 3.692 0.0405 2.99E−02 241.6

139 12.00 0.25 0.0348 3.665 0.0400 2.97E−02 239.8

140 12.00 0.38 0.0346 3.641 0.0397 2.95E−02 238.3

141 12.00 0.52 0.0345 3.634 0.0396 2.94E−02 237.8

142 12.00 0.69 0.0305 3.209 0.0332 2.60E−02 210.0

143 12.00 0.87 0.0322 3.396 0.0360 2.75E−02 222.2

144 12.00 1.01 0.0328 3.459 0.0369 2.80E−02 226.3

145 12.00 1.13 0.0328 3.459 0.0369 2.80E−02 226.3

146 13.00 0.00 0.0378 3.980 0.0448 3.23E−02 260.4

147 13.00 0.25 0.0372 3.922 0.0439 3.18E−02 256.6

148 13.00 0.38 0.0373 3.925 0.0440 3.18E−02 256.8

149 13.00 0.52 0.0375 3.952 0.0444 3.20E−02 258.6
198

Table A27. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.64 0.0341 3.596 0.0390 2.91E−02 235.3

151 13.00 0.76 0.0353 3.716 0.0408 3.01E−02 243.2

152 13.00 0.90 0.0357 3.757 0.0414 3.04E−02 245.8

153 13.00 1.02 0.0353 3.722 0.0409 3.02E−02 243.6

154 14.00 0.00 0.0369 3.887 0.0434 3.15E−02 254.3

155 14.00 0.25 0.0371 3.906 0.0437 3.17E−02 255.6

156 14.00 0.38 0.0361 3.801 0.0421 3.08E−02 248.7

157 14.00 0.52 0.0378 3.988 0.0449 3.23E−02 260.9

158 14.00 0.66 0.0384 4.052 0.0459 3.28E−02 265.1

159 14.00 0.80 0.0391 4.118 0.0468 3.34E−02 269.5

160 14.00 0.92 0.0376 3.958 0.0444 3.21E−02 259.0

161 15.00 0.00 0.0408 4.303 0.0496 3.49E−02 281.6

162 15.00 0.25 0.0406 4.278 0.0493 3.47E−02 279.9

163 15.00 0.38 0.0420 4.427 0.0515 3.59E−02 289.7

164 15.00 0.69 0.0419 4.416 0.0513 3.58E−02 288.9

165 15.00 0.81 0.0414 4.367 0.0506 3.54E−02 285.8

166 16.00 0.00 0.0469 4.939 0.0592 4.00E−02 323.2

167 16.00 0.25 0.0462 4.873 0.0582 3.95E−02 318.8

168 16.00 0.38 0.0464 4.889 0.0584 3.96E−02 319.9

169 16.00 0.48 0.0484 5.099 0.0616 4.13E−02 333.6

170 16.00 0.59 0.0471 4.964 0.0596 4.02E−02 324.8

171 16.00 0.71 0.0461 4.854 0.0579 3.93E−02 317.6

172 17.00 0.00 0.0543 5.724 0.0710 4.64E−02 374.5

173 17.00 0.25 0.0534 5.630 0.0696 4.56E−02 368.4

174 17.00 0.38 0.0535 5.642 0.0697 4.57E−02 369.2

175 17.00 0.48 0.0532 5.608 0.0692 4.54E−02 367.0

176 17.00 0.60 0.0518 5.458 0.0670 4.42E−02 357.1

177 18.00 0.00 0.0627 6.602 0.0842 5.35E−02 432.0

178 18.00 0.25 0.0611 6.440 0.0817 5.22E−02 421.4

179 18.00 0.38 0.0600 6.320 0.0799 5.12E−02 413.5

180 18.00 0.50 0.0595 6.270 0.0792 5.08E−02 410.3

181 18.50 0.00 0.0675 7.114 0.0919 5.76E−02 465.5

182 18.50 0.25 0.0652 6.869 0.0882 5.57E−02 449.5

183 18.50 0.38 0.0587 6.186 0.0779 5.01E−02 404.8

184 18.60 0.42 0.0598 6.298 0.0796 5.10E−02 412.1

185 18.50 0.47 0.0590 6.212 0.0783 5.03E−02 406.5

186 19.20 0.00 0.0682 7.188 0.0930 5.83E−02 470.4

187 19.20 0.25 0.0624 6.577 0.0838 5.33E−02 430.4

188 19.20 0.38 0.0560 5.906 0.0737 4.79E−02 386.5

189 19.30 0.42 0.0555 5.845 0.0728 4.74E−02 382.5

190 19.20 0.47 0.0557 5.869 0.0732 4.76E−02 384.0

191 20.00 0.00 0.0654 6.894 0.0886 5.59E−02 451.1

192 20.00 0.25 0.0638 6.719 0.0859 5.44E−02 439.7

193 20.00 0.38 0.0573 6.043 0.0758 4.90E−02 395.4

194 20.10 0.42 0.0584 6.156 0.0775 4.99E−02 402.8

195 20.00 0.47 0.0570 6.011 0.0753 4.87E−02 393.3

196 20.80 0.00 0.0724 7.632 0.0997 6.18E−02 499.4

197 20.80 0.25 0.0689 7.258 0.0940 5.88E−02 474.9

198 20.80 0.38 0.0636 6.699 0.0856 5.43E−02 438.3

199 20.90 0.42 0.0642 6.761 0.0866 5.48E−02 442.4

200 20.80 0.47 0.0642 6.763 0.0866 5.48E−02 442.5

201 21.60 0.00 0.0739 7.787 0.1020 6.31E−02 509.5

202 21.60 0.25 0.0738 7.781 0.1019 6.30E−02 509.1

203 21.60 0.38 0.0728 7.674 0.1003 6.22E−02 502.1

204 21.70 0.42 0.0754 7.950 0.1044 6.44E−02 520.2

205 21.60 0.47 0.0725 7.640 0.0998 6.19E−02 499.9

206 22.40 0.00 0.0711 7.497 0.0976 6.08E−02 490.6

207 22.40 0.25 0.0755 7.950 0.1044 6.44E−02 520.2
199

Table A27. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.38 0.0747 7.867 0.1032 6.37E−02 514.8

209 22.50 0.42 0.0754 7.945 0.1044 6.44E−02 519.9

210 22.40 0.47 0.0751 7.917 0.1039 6.42E−02 518.0

211 23.20 0.00 0.0717 7.557 0.0985 6.12E−02 494.5

212 23.20 0.25 0.0717 7.555 0.0985 6.12E−02 494.4

213 23.20 0.38 0.0757 7.978 0.1049 6.47E−02 522.1

214 23.30 0.42 0.0763 8.039 0.1058 6.51E−02 526.0

215 23.20 0.47 0.0714 7.520 0.0980 6.09E−02 492.1

216 24.00 0.00 0.0758 7.982 0.1049 6.47E−02 522.3

217 24.00 0.25 0.0760 8.005 0.1053 6.49E−02 523.8

218 24.00 0.38 0.0760 8.008 0.1053 6.49E−02 524.0

219 24.10 0.42 0.0772 8.138 0.1073 6.59E−02 532.5

220 24.00 0.47 0.0764 8.053 0.1060 6.53E−02 527.0

221 25.00 0.00 0.0819 8.629 0.1146 6.99E−02 564.6

222 25.00 0.25 0.0799 8.424 0.1116 6.83E−02 551.2

223 25.00 0.38 0.0734 7.735 0.1012 6.27E−02 506.1

224 25.10 0.42 0.0728 7.670 0.1002 6.22E−02 501.9

225 25.00 0.47 0.0777 8.189 0.1080 6.64E−02 535.9

226 9.00 999.00 0.0269 2.839 0.0276 2.30E−02 185.8

227 0.00 −2.25 1.1661 122.878 1.8313 9.96E−01 8040.4

228 0.00 −0.29 1.1481 120.980 1.8028 9.80E−01 7916.2

229 0.00 2.25 1.1471 120.873 1.8012 9.79E−01 7909.2

230 22.96 0.00 0.2487 26.211 0.3788 2.12E−01 1715.1

231 23.16 0.00 0.2046 21.562 0.3090 1.75E−01 1410.9

232 23.36 0.00 0.1790 18.864 0.2684 1.53E−01 1234.3

233 23.76 0.00 0.1805 19.019 0.2708 1.54E−01 1244.5

234 24.16 0.00 0.2027 21.360 0.3059 1.73E−01 1397.6

235 24.89 0.00 0.2538 26.747 0.3869 2.17E−01 1750.2

236 25.09 0.00 0.2560 26.974 0.3903 2.19E−01 1765.0

237 25.29 0.00 0.2514 26.494 0.3831 2.15E−01 1733.6

238 25.49 0.00 0.2433 25.636 0.3702 2.08E−01 1677.5

239 26.26 0.00 0.1118 11.784 0.1620 9.55E−02 771.1

240 26.76 0.00 0.1706 17.975 0.2551 1.46E−01 1176.1

241 27.26 0.00 0.1459 15.370 0.2159 1.25E−01 1005.7

242 27.51 0.00 0.1374 14.478 0.2025 1.17E−01 947.4

243 27.76 0.00 0.1268 13.361 0.1857 1.08E−01 874.2

244 0.58 999.00 0.0289 3.040 0.0307 2.46E−02 198.9

245 0.86 999.00 0.0290 3.060 0.0310 2.48E−02 200.3

246 1.15 999.00 0.0284 2.991 0.0299 2.42E−02 195.7

247 1.43 999.00 0.0292 3.080 0.0312 2.50E−02 201.5

248 1.72 999.00 0.0276 2.907 0.0287 2.36E−02 190.2

249 2.00 999.00 0.0290 3.060 0.0309 2.48E−02 200.2

250 2.29 999.00 0.0273 2.877 0.0282 2.33E−02 188.2

251 2.57 999.00 0.0290 3.058 0.0309 2.48E−02 200.1

252 2.86 999.00 0.0285 3.004 0.0301 2.43E−02 196.6

253 3.14 999.00 0.0268 2.824 0.0274 2.29E−02 184.8

254 3.43 999.00 0.0282 2.972 0.0296 2.41E−02 194.5

255 999.00 999.00 0.0260 2.738 0.0261 2.22E−02 179.2

256 999.00 999.00 1.1655 122.808 1.8303 9.95E−01 8035.8
200

Table A28. Flow Conditions and Pressure Distribution for Run 65

[CR = 3; Re = 1.14 × 106 per foot; 0 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 718.84 (.49563E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1845.21 ( 1025.12)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0322 ( 16.57)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 463.86 (.10782E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.78

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0189 ( 130.47)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . . 95.95 ( 53.31)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . 0.16545E−04 (.85270E−02)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . 0.22884E+02 (.53192E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . . 480.55 ( 146.47)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . . 4697.52 ( 1431.80)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . . 0.10811E+07 (.35470E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . . 1.268 ( 8740.45)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . . 0.71890E−07 (.34421E−05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 2.350 ( 16200.22)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1849.60 ( 1027.55)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.10661E−03 (.54945E−01)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0592 3.374 0.0346 2.66E−02 408.2

2 11.18 0.20 0.0623 3.549 0.0372 2.79E−02 429.4

3 12.17 0.20 0.0676 3.854 0.0416 3.03E−02 466.2

4 13.15 0.20 0.0709 4.040 0.0444 3.18E−02 488.8

5 14.21 0.20 0.0770 4.389 0.0495 3.45E−02 531.0

6 15.14 0.20 0.0768 4.374 0.0492 3.44E−02 529.2

7 16.13 0.20 0.0839 4.779 0.0551 3.76E−02 578.2

8 17.12 0.20 0.0949 5.409 0.0643 4.26E−02 654.4

9 18.11 0.20 0.1045 5.958 0.0723 4.69E−02 720.8

10 19.74 0.20 0.0893 5.091 0.0597 4.01E−02 616.0

11 20.55 0.20 0.0972 5.540 0.0662 4.36E−02 670.2

12 22.56 0.20 0.1145 6.526 0.0806 5.14E−02 789.5

13 24.98 0.20 0.1236 7.044 0.0882 5.54E−02 852.2

14 10.59 0.60 0.1073 6.115 0.0746 4.81E−02 739.9

15 11.58 0.60 0.0947 5.398 0.0642 4.25E−02 653.1

16 12.57 0.60 0.0929 5.295 0.0627 4.17E−02 640.7

17 13.56 0.60 0.0898 5.117 0.0601 4.03E−02 619.1

18 14.60 0.60 0.0862 4.913 0.0571 3.87E−02 594.4

19 15.54 0.60 0.0844 4.809 0.0556 3.78E−02 581.8

20 16.53 0.60 0.0893 5.087 0.0596 4.00E−02 615.5

21 17.52 0.60 0.0994 5.663 0.0680 4.46E−02 685.2

22 18.51 0.60 0.1102 6.280 0.0770 4.94E−02 759.9

23 12.97 1.00 0.0987 5.624 0.0675 4.43E−02 680.4

24 15.00 1.00 0.1020 5.813 0.0702 4.58E−02 703.3

25 15.94 1.00 0.0985 5.613 0.0673 4.42E−02 679.1

26 16.93 1.00 0.1027 5.850 0.0708 4.60E−02 707.8

27 17.92 1.00 0.1108 6.316 0.0776 4.97E−02 764.1

28 18.91 1.00 0.1278 7.282 0.0917 5.73E−02 881.0

29 24.98 1.00 0.1069 6.090 0.0743 4.79E−02 736.8

30 11.99 2.00 0.1094 6.233 0.0764 4.91E−02 754.2

31 13.97 2.00 0.0920 5.244 0.0619 4.13E−02 634.4

32 15.98 2.00 0.0975 5.555 0.0665 4.37E−02 672.1

33 16.94 2.00 0.0955 5.442 0.0648 4.28E−02 658.4
201

Table A28. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.0988 5.632 0.0676 4.43E−02 681.4

35 18.42 2.00 0.1003 5.714 0.0688 4.50E−02 691.3

36 18.92 2.00 0.1039 5.920 0.0718 4.66E−02 716.2

37 19.41 2.00 0.1070 6.095 0.0744 4.80E−02 737.5

38 19.91 2.00 0.1176 6.699 0.0832 5.27E−02 810.5

39 20.26 2.00 0.1525 8.690 0.1122 6.84E−02 1051.4

40 21.11 2.00 0.1923 10.961 0.1453 8.63E−02 1326.1

41 21.96 2.00 0.1757 10.010 0.1315 7.88E−02 1211.1

42 22.74 2.00 0.1638 9.336 0.1216 7.35E−02 1129.6

43 23.52 2.00 0.1599 9.112 0.1184 7.17E−02 1102.5

44 24.98 2.00 0.1537 8.761 0.1132 6.90E−02 1060.0

45 17.94 3.00 0.0838 4.773 0.0551 3.76E−02 577.5

46 18.93 3.00 0.0811 4.622 0.0528 3.64E−02 559.2

47 19.92 3.00 0.1028 5.859 0.0709 4.61E−02 708.8

48 20.91 3.00 0.1292 7.365 0.0929 5.80E−02 891.1

49 22.11 3.00 0.2254 12.847 0.1729 1.01E−01 1554.4

50 22.96 3.00 0.2501 14.255 0.1934 1.12E−01 1724.7

51 23.74 3.00 0.2507 14.288 0.1939 1.12E−01 1728.7

52 24.98 3.00 0.2145 12.223 0.1638 9.62E−02 1478.9

53 18.34 3.40 0.0768 4.377 0.0493 3.45E−02 529.6

54 19.32 3.40 0.0917 5.228 0.0617 4.11E−02 632.5

55 19.82 3.40 0.0949 5.409 0.0643 4.26E−02 654.5

56 20.32 3.40 0.1070 6.098 0.0744 4.80E−02 737.7

57 20.81 3.40 0.1242 7.079 0.0887 5.57E−02 856.5

58 21.31 3.40 0.1329 7.574 0.0959 5.96E−02 916.4

59 21.66 3.40 0.1583 9.022 0.1171 7.10E−02 1091.6

60 22.94 3.40 0.2273 12.951 0.1744 1.02E−01 1566.9

61 23.75 3.40 0.2835 16.154 0.2211 1.27E−01 1954.5

62 24.14 3.40 0.2891 16.475 0.2258 1.30E−01 1993.3

63 22.29 3.60 0.1770 10.084 0.1326 7.94E−02 1220.1

64 22.71 3.60 0.2347 13.375 0.1806 1.05E−01 1618.3

65 23.14 3.60 0.2777 15.828 0.2164 1.25E−01 1915.0

66 23.95 3.60 0.3061 17.443 0.2399 1.37E−01 2110.4

67 24.34 3.60 0.3191 18.188 0.2508 1.43E−01 2200.5

68 13.79 3.80 0.0848 4.831 0.0559 3.80E−02 584.5

69 15.77 3.80 0.0682 3.889 0.0422 3.06E−02 470.5

70 17.75 3.80 0.0664 3.786 0.0407 2.98E−02 458.1

71 19.23 3.80 0.0827 4.711 0.0542 3.71E−02 570.0

72 19.73 3.80 0.0838 4.777 0.0551 3.76E−02 578.0

73 20.22 3.80 0.1084 6.180 0.0756 4.86E−02 747.7

74 20.72 3.80 0.1233 7.027 0.0879 5.53E−02 850.2

75 21.41 3.80 0.1266 7.217 0.0907 5.68E−02 873.2

76 21.71 3.80 0.1211 6.899 0.0861 5.43E−02 834.7

77 22.06 3.80 0.1285 7.325 0.0923 5.77E−02 886.2

78 22.49 3.80 0.2013 11.471 0.1528 9.03E−02 1387.9

79 22.76 3.80 0.2619 14.926 0.2032 1.17E−01 1805.8

80 22.91 3.80 0.2780 15.844 0.2166 1.25E−01 1917.0

81 23.76 3.80 0.2782 15.852 0.2167 1.25E−01 1917.9

82 24.15 3.80 0.3050 17.382 0.2390 1.37E−01 2103.1

83 24.98 3.80 0.4199 23.928 0.3346 1.88E−01 2895.1

84 22.59 3.90 0.2248 12.813 0.1724 1.01E−01 1550.3

85 22.80 3.90 0.2253 12.837 0.1727 1.01E−01 1553.1

86 23.01 3.90 0.2981 16.988 0.2333 1.34E−01 2055.4

87 23.15 3.90 0.3367 19.191 0.2654 1.51E−01 2321.9

88 23.86 3.90 0.4044 23.046 0.3217 1.81E−01 2788.4

89 24.25 3.90 0.3800 21.654 0.3014 1.70E−01 2619.9

90 11.99 2.00 0.1090 6.214 0.0761 4.89E−02 751.9

91 13.97 2.00 0.0969 5.520 0.0660 4.34E−02 667.9
202

Table A28. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.0989 5.639 0.0677 4.44E−02 682.2

93 17.93 2.00 0.0997 5.681 0.0683 4.47E−02 687.3

94 19.91 2.00 0.1172 6.680 0.0829 5.26E−02 808.2

95 1.00 0.00 0.0477 2.718 0.0251 2.14E−02 328.8

96 1.00 0.66 0.0466 2.654 0.0241 2.09E−02 321.1

97 1.00 1.28 0.0464 2.646 0.0240 2.08E−02 320.1

98 1.00 1.90 0.0467 2.663 0.0243 2.10E−02 322.2

99 2.50 0.00 0.0376 2.142 0.0167 1.69E−02 259.2

100 4.00 0.00 0.0341 1.941 0.0137 1.53E−02 234.8

101 4.00 0.66 0.0348 1.983 0.0143 1.56E−02 239.9

102 4.00 1.90 0.0337 1.920 0.0134 1.51E−02 232.3

103 5.50 0.00 0.0332 1.893 0.0130 1.49E−02 229.0

104 7.00 0.00 0.0317 1.804 0.0117 1.42E−02 218.2

105 8.00 −1.90 0.0343 1.957 0.0140 1.54E−02 236.8

106 8.00 −1.50 0.0381 2.170 0.0171 1.71E−02 262.6

107 8.00 −1.11 0.0400 2.280 0.0187 1.79E−02 275.9

108 8.00 −0.66 0.0425 2.423 0.0208 1.91E−02 293.2

109 8.00 0.00 0.0437 2.492 0.0218 1.96E−02 301.5

110 8.00 0.25 0.0430 2.452 0.0212 1.93E−02 296.7

111 8.00 0.38 0.0425 2.421 0.0207 1.91E−02 292.9

112 8.00 0.66 0.0428 2.442 0.0210 1.92E−02 295.4

113 8.00 1.11 0.0409 2.333 0.0194 1.84E−02 282.2

114 8.00 1.50 0.0383 2.182 0.0172 1.72E−02 264.0

115 8.00 1.90 0.0356 2.030 0.0150 1.60E−02 245.6

116 9.00 0.00 0.0506 2.884 0.0275 2.27E−02 348.9

117 9.00 0.25 0.0502 2.862 0.0272 2.25E−02 346.3

118 9.00 0.38 0.0500 2.850 0.0270 2.24E−02 344.8

119 9.00 0.66 0.0492 2.801 0.0263 2.20E−02 338.9

120 9.00 1.01 0.0446 2.543 0.0225 2.00E−02 307.7

121 9.00 1.32 0.0417 2.374 0.0200 1.87E−02 287.2

122 10.00 0.00 0.0499 2.845 0.0269 2.24E−02 344.2

123 10.00 0.25 0.0491 2.798 0.0262 2.20E−02 338.5

124 10.00 0.38 0.0506 2.881 0.0274 2.27E−02 348.6

125 10.00 0.66 0.0470 2.680 0.0245 2.11E−02 324.2

126 10.00 0.90 0.0476 2.714 0.0250 2.14E−02 328.4

127 10.00 1.08 0.0467 2.664 0.0243 2.10E−02 322.3

128 10.00 1.22 0.0478 2.726 0.0252 2.15E−02 329.8

129 10.00 1.34 0.0512 2.916 0.0280 2.30E−02 352.9

130 11.00 0.00 0.0528 3.011 0.0293 2.37E−02 364.3

131 11.00 0.25 0.0546 3.114 0.0308 2.45E−02 376.8

132 11.00 0.38 0.0538 3.069 0.0302 2.42E−02 371.3

133 11.00 0.52 0.0545 3.103 0.0307 2.44E−02 375.5

134 11.00 0.80 0.0516 2.939 0.0283 2.31E−02 355.6

135 11.00 0.97 0.0524 2.985 0.0290 2.35E−02 361.2

136 11.00 1.11 0.0547 3.117 0.0309 2.45E−02 377.1

137 11.00 1.23 0.0558 3.178 0.0318 2.50E−02 384.5

138 12.00 0.00 0.0601 3.426 0.0354 2.70E−02 414.5

139 12.00 0.25 0.0592 3.375 0.0347 2.66E−02 408.3

140 12.00 0.38 0.0587 3.343 0.0342 2.63E−02 404.4

141 12.00 0.52 0.0586 3.340 0.0342 2.63E−02 404.2

142 12.00 0.69 0.0566 3.223 0.0324 2.54E−02 390.0

143 12.00 0.87 0.0576 3.283 0.0333 2.58E−02 397.2

144 12.00 1.01 0.0608 3.466 0.0360 2.73E−02 419.4

145 12.00 1.13 0.0612 3.489 0.0363 2.75E−02 422.2

146 13.00 0.00 0.0644 3.668 0.0389 2.89E−02 443.8

147 13.00 0.25 0.0633 3.609 0.0381 2.84E−02 436.6

148 13.00 0.38 0.0630 3.591 0.0378 2.83E−02 434.5

149 13.00 0.52 0.0626 3.568 0.0375 2.81E−02 431.6
203

Table A28. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.64 0.0599 3.415 0.0352 2.69E−02 413.1

151 13.00 0.76 0.0617 3.515 0.0367 2.77E−02 425.2

152 13.00 0.90 0.0657 3.742 0.0400 2.95E−02 452.8

153 13.00 1.02 0.0647 3.686 0.0392 2.90E−02 445.9

154 14.00 0.00 0.0673 3.834 0.0414 3.02E−02 463.9

155 14.00 0.25 0.0668 3.807 0.0410 3.00E−02 460.6

156 14.00 0.38 0.0651 3.713 0.0396 2.92E−02 449.2

157 14.00 0.52 0.0656 3.739 0.0400 2.94E−02 452.4

158 14.00 0.66 0.0642 3.657 0.0388 2.88E−02 442.5

159 14.00 0.80 0.0709 4.040 0.0444 3.18E−02 488.7

160 14.00 0.92 0.0693 3.948 0.0430 3.11E−02 477.6

161 15.00 0.00 0.0744 4.238 0.0473 3.34E−02 512.8

162 15.00 0.25 0.0734 4.182 0.0464 3.29E−02 506.0

163 15.00 0.38 0.0727 4.144 0.0459 3.26E−02 501.4

164 15.00 0.69 0.0756 4.310 0.0483 3.39E−02 521.5

165 15.00 0.81 0.0758 4.320 0.0484 3.40E−02 522.7

166 16.00 0.00 0.0836 4.764 0.0549 3.75E−02 576.4

167 16.00 0.25 0.0833 4.747 0.0547 3.74E−02 574.3

168 16.00 0.38 0.0833 4.746 0.0547 3.74E−02 574.2

169 16.00 0.48 0.0835 4.756 0.0548 3.74E−02 575.4

170 16.00 0.59 0.0859 4.897 0.0569 3.85E−02 592.5

171 16.00 0.71 0.0842 4.801 0.0555 3.78E−02 580.8

172 17.00 0.00 0.0973 5.542 0.0663 4.36E−02 670.6

173 17.00 0.25 0.0955 5.442 0.0648 4.28E−02 658.4

174 17.00 0.38 0.0952 5.423 0.0645 4.27E−02 656.1

175 17.00 0.48 0.0953 5.433 0.0647 4.28E−02 657.3

176 17.00 0.60 0.0920 5.241 0.0619 4.13E−02 634.1

177 18.00 0.00 0.1130 6.442 0.0794 5.07E−02 779.4

178 18.00 0.25 0.1107 6.310 0.0775 4.97E−02 763.4

179 18.00 0.38 0.1074 6.121 0.0747 4.82E−02 740.6

180 18.00 0.50 0.1047 5.968 0.0725 4.70E−02 722.1

181 18.50 0.00 0.1238 7.056 0.0884 5.55E−02 853.6

182 18.50 0.25 0.1189 6.778 0.0843 5.33E−02 820.1

183 18.50 0.38 0.1054 6.004 0.0730 4.73E−02 726.4

184 18.60 0.42 0.1034 5.893 0.0714 4.64E−02 713.0

185 18.50 0.47 0.1038 5.914 0.0717 4.65E−02 715.5

186 19.20 0.00 0.1309 7.461 0.0943 5.87E−02 902.7

187 19.20 0.25 0.1138 6.485 0.0800 5.10E−02 784.6

188 19.20 0.38 0.0956 5.448 0.0649 4.29E−02 659.1

189 19.30 0.42 0.0930 5.300 0.0627 4.17E−02 641.2

190 19.20 0.47 0.0941 5.360 0.0636 4.22E−02 648.5

191 20.00 0.00 0.1288 7.338 0.0925 5.78E−02 887.8

192 20.00 0.25 0.1256 7.158 0.0899 5.63E−02 866.0

193 20.00 0.38 0.0977 5.569 0.0667 4.38E−02 673.8

194 20.10 0.42 0.1013 5.771 0.0696 4.54E−02 698.2

195 20.00 0.47 0.0987 5.624 0.0675 4.43E−02 680.5

196 20.80 0.00 0.1295 7.383 0.0931 5.81E−02 893.2

197 20.80 0.25 0.1237 7.052 0.0883 5.55E−02 853.2

198 20.80 0.38 0.1173 6.685 0.0830 5.26E−02 808.8

199 20.90 0.42 0.1227 6.990 0.0874 5.50E−02 845.7

200 20.80 0.47 0.1227 6.992 0.0874 5.50E−02 845.9

201 21.60 0.00 0.1280 7.293 0.0918 5.74E−02 882.3

202 21.60 0.25 0.1277 7.278 0.0916 5.73E−02 880.5

203 21.60 0.38 0.1425 8.119 0.1039 6.39E−02 982.4

204 21.70 0.42 0.1424 8.117 0.1038 6.39E−02 982.0

205 21.60 0.47 0.1303 7.426 0.0938 5.85E−02 898.5

206 22.40 0.00 0.1281 7.301 0.0919 5.75E−02 883.4

207 22.40 0.25 0.1345 7.667 0.0973 6.03E−02 927.6
204

Table A28. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.38 0.1325 7.551 0.0956 5.94E−02 913.5

209 22.50 0.42 0.1431 8.154 0.1044 6.42E−02 986.5

210 22.40 0.47 0.1425 8.124 0.1039 6.39E−02 982.9

211 23.20 0.00 0.1284 7.320 0.0922 5.76E−02 885.6

212 23.20 0.25 0.1282 7.309 0.0921 5.75E−02 884.3

213 23.20 0.38 0.1361 7.757 0.0986 6.11E−02 938.5

214 23.30 0.42 0.1361 7.757 0.0986 6.11E−02 938.5

215 23.20 0.47 0.1289 7.343 0.0926 5.78E−02 888.4

216 24.00 0.00 0.1352 7.704 0.0978 6.06E−02 932.1

217 24.00 0.25 0.1361 7.757 0.0986 6.11E−02 938.6

218 24.00 0.38 0.1371 7.814 0.0994 6.15E−02 945.4

219 24.10 0.42 0.1401 7.985 0.1019 6.28E−02 966.1

220 24.00 0.47 0.1388 7.909 0.1008 6.23E−02 956.9

221 25.00 0.00 0.1452 8.274 0.1061 6.51E−02 1001.1

222 25.00 0.25 0.1428 8.136 0.1041 6.40E−02 984.4

223 25.00 0.38 0.1365 7.781 0.0989 6.12E−02 941.4

224 25.10 0.42 0.1348 7.680 0.0975 6.05E−02 929.3

225 25.00 0.47 0.1352 7.706 0.0979 6.07E−02 932.3

226 9.00 999.00 0.0405 2.308 0.0191 1.82E−02 279.3

227 0.00 −2.25 2.2341 127.319 1.8432 1.00E+00 15404.3

228 0.00 −0.29 2.2189 126.453 1.8306 9.95E−01 15299.5

229 0.00 2.25 2.2188 126.446 1.8305 9.95E−01 15298.7

230 22.96 0.00 0.5122 29.187 0.4113 2.30E−01 3531.3

231 23.16 0.00 0.4397 25.058 0.3511 1.97E−01 3031.8

232 23.36 0.00 0.3692 21.040 0.2924 1.66E−01 2545.6

233 23.76 0.00 0.3031 17.273 0.2375 1.36E−01 2089.9

234 24.16 0.00 0.2956 16.845 0.2312 1.33E−01 2038.0

235 24.89 0.00 0.3372 19.216 0.2658 1.51E−01 2325.0

236 25.09 0.00 0.3429 19.541 0.2706 1.54E−01 2364.3

237 25.29 0.00 0.3462 19.731 0.2733 1.55E−01 2387.3

238 25.49 0.00 0.3458 19.706 0.2729 1.55E−01 2384.2

239 26.26 0.00 0.2339 13.327 0.1799 1.05E−01 1612.5

240 26.76 0.00 0.3167 18.051 0.2488 1.42E−01 2184.0

241 27.26 0.00 0.2759 15.724 0.2148 1.24E−01 1902.4

242 27.51 0.00 0.2509 14.301 0.1941 1.13E−01 1730.3

243 27.76 0.00 0.2281 12.997 0.1751 1.02E−01 1572.5

244 0.58 999.00 0.0445 2.533 0.0224 1.99E−02 306.5

245 0.86 999.00 0.0436 2.484 0.0217 1.96E−02 300.6

246 1.15 999.00 0.0440 2.510 0.0220 1.98E−02 303.7

247 1.43 999.00 0.0448 2.551 0.0226 2.01E−02 308.7

248 1.72 999.00 0.0434 2.473 0.0215 1.95E−02 299.2

249 2.00 999.00 0.0434 2.472 0.0215 1.95E−02 299.1

250 2.29 999.00 0.0437 2.490 0.0217 1.96E−02 301.3

251 2.57 999.00 0.0450 2.563 0.0228 2.02E−02 310.1

252 2.86 999.00 0.0431 2.457 0.0213 1.93E−02 297.3

253 3.14 999.00 0.0444 2.531 0.0223 1.99E−02 306.2

254 3.43 999.00 0.0442 2.516 0.0221 1.98E−02 304.4

255 999.00 999.00 0.0407 2.317 0.0192 1.82E−02 280.3

256 999.00 999.00 2.2334 127.278 1.8426 1.00E+00 15399.4
205

Table A29. Flow Conditions and Pressure Distribution for Run 66

[CR = 3; Re = 2.15 × 106 per foot; 0 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1443.80 (.99547E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1808.86 ( 1004.92)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0648 ( 33.39)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 455.03 (.10577E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.93

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0349 ( 240.85)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . . 91.29 ( 50.72)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . 0.32101E−04 (.16544E−01)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . 0.21773E+02 (.50610E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . . 468.74 ( 142.87)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . . 4656.20 ( 1419.21)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . . 0.22052E+07 (.72349E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . . 2.417 ( 16661.41)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . . 0.67780E−07 (.32453E−05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 4.479 ( 30872.14)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1817.30 ( 1009.61)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.20678E−03 (.10657E+00)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0780 2.451 0.0204 1.86E−02 538.0

2 11.18 0.20 0.0853 2.679 0.0236 2.03E−02 588.2

3 12.17 0.20 0.0929 2.917 0.0269 2.21E−02 640.3

4 13.15 0.20 0.1014 3.185 0.0307 2.42E−02 699.2

5 14.21 0.20 0.1051 3.300 0.0323 2.50E−02 724.5

6 15.14 0.20 0.1124 3.531 0.0356 2.68E−02 775.2

7 16.13 0.20 0.1264 3.970 0.0418 3.01E−02 871.6

8 17.12 0.20 0.1435 4.506 0.0493 3.42E−02 989.3

9 18.11 0.20 0.1830 5.749 0.0668 4.36E−02 1262.1

10 19.74 0.20 0.1657 5.203 0.0591 3.95E−02 1142.2

11 20.55 0.20 0.1984 6.230 0.0735 4.73E−02 1367.8

12 22.56 0.20 0.2186 6.867 0.0825 5.21E−02 1507.5

13 24.98 0.20 0.2352 7.386 0.0898 5.60E−02 1621.5

14 10.59 0.60 0.1481 4.650 0.0513 3.53E−02 1020.9

15 11.58 0.60 0.1309 4.112 0.0437 3.12E−02 902.7

16 12.57 0.60 0.1337 4.200 0.0450 3.19E−02 922.0

17 13.56 0.60 0.1364 4.283 0.0462 3.25E−02 940.2

18 14.60 0.60 0.1368 4.297 0.0464 3.26E−02 943.4

19 15.54 0.60 0.1326 4.164 0.0445 3.16E−02 914.2

20 16.53 0.60 0.1326 4.164 0.0445 3.16E−02 914.3

21 17.52 0.60 0.1475 4.634 0.0511 3.52E−02 1017.3

22 18.51 0.60 0.1834 5.761 0.0669 4.37E−02 1264.7

23 12.97 1.00 0.1430 4.491 0.0491 3.41E−02 986.1

24 15.00 1.00 0.1442 4.529 0.0496 3.44E−02 994.2

25 15.94 1.00 0.1404 4.411 0.0479 3.35E−02 968.3

26 16.93 1.00 0.1441 4.527 0.0496 3.43E−02 993.8

27 17.92 1.00 0.1499 4.708 0.0521 3.57E−02 1033.5

28 18.91 1.00 0.1705 5.354 0.0612 4.06E−02 1175.3

29 24.98 1.00 0.2187 6.870 0.0825 5.21E−02 1508.2

30 11.99 2.00 0.1865 5.856 0.0683 4.44E−02 1285.7

31 13.97 2.00 0.1539 4.833 0.0539 3.67E−02 1061.0

32 15.98 2.00 0.1562 4.905 0.0549 3.72E−02 1076.8

33 16.94 2.00 0.1491 4.683 0.0518 3.55E−02 1028.1
206

Table A29. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.1476 4.635 0.0511 3.52E−02 1017.6

35 18.42 2.00 0.1480 4.649 0.0513 3.53E−02 1020.7

36 18.92 2.00 0.1513 4.753 0.0528 3.61E−02 1043.4

37 19.41 2.00 0.1530 4.804 0.0535 3.64E−02 1054.7

38 19.91 2.00 0.1553 4.877 0.0545 3.70E−02 1070.7

39 20.26 2.00 0.1560 4.899 0.0548 3.72E−02 1075.4

40 21.11 2.00 0.1972 6.194 0.0730 4.70E−02 1359.8

41 21.96 2.00 0.3103 9.746 0.1230 7.39E−02 2139.7

42 22.74 2.00 0.3496 10.979 0.1403 8.33E−02 2410.3

43 23.52 2.00 0.3490 10.962 0.1401 8.32E−02 2406.7

44 24.98 2.00 0.3303 10.373 0.1318 7.87E−02 2277.2

45 17.94 3.00 0.1434 4.503 0.0493 3.42E−02 988.7

46 18.93 3.00 0.1366 4.290 0.0463 3.25E−02 941.8

47 19.92 3.00 0.1627 5.108 0.0578 3.88E−02 1121.5

48 20.91 3.00 0.1672 5.252 0.0598 3.98E−02 1152.9

49 22.11 3.00 0.3085 9.690 0.1222 7.35E−02 2127.4

50 22.96 3.00 0.3568 11.204 0.1435 8.50E−02 2459.8

51 23.74 3.00 0.3711 11.654 0.1498 8.84E−02 2558.5

52 24.98 3.00 0.3649 11.460 0.1471 8.69E−02 2516.0

53 18.34 3.40 0.1316 4.134 0.0441 3.14E−02 907.6

54 19.32 3.40 0.1537 4.827 0.0538 3.66E−02 1059.7

55 19.82 3.40 0.1551 4.870 0.0544 3.69E−02 1069.1

56 20.32 3.40 0.1528 4.799 0.0534 3.64E−02 1053.6

57 20.81 3.40 0.1586 4.983 0.0560 3.78E−02 1093.9

58 21.31 3.40 0.1964 6.168 0.0727 4.68E−02 1354.1

59 21.66 3.40 0.2106 6.613 0.0789 5.02E−02 1451.9

60 22.94 3.40 0.3451 10.840 0.1383 8.22E−02 2379.7

61 23.75 3.40 0.4339 13.628 0.1775 1.03E−01 2991.9

62 24.14 3.40 0.4381 13.758 0.1794 1.04E−01 3020.5

63 22.29 3.60 0.2523 7.923 0.0973 6.01E−02 1739.3

64 22.71 3.60 0.3384 10.628 0.1353 8.06E−02 2333.2

65 23.14 3.60 0.4306 13.522 0.1760 1.03E−01 2968.7

66 23.95 3.60 0.4331 13.603 0.1772 1.03E−01 2986.4

67 24.34 3.60 0.4242 13.322 0.1732 1.01E−01 2924.7

68 13.79 3.80 0.1464 4.599 0.0506 3.49E−02 1009.6

69 15.77 3.80 0.1194 3.749 0.0386 2.84E−02 823.0

70 17.75 3.80 0.1135 3.566 0.0361 2.70E−02 782.8

71 19.23 3.80 0.1359 4.268 0.0459 3.24E−02 936.9

72 19.73 3.80 0.1365 4.287 0.0462 3.25E−02 941.2

73 20.22 3.80 0.1402 4.402 0.0478 3.34E−02 966.3

74 20.72 3.80 0.1723 5.410 0.0620 4.10E−02 1187.8

75 21.41 3.80 0.1953 6.134 0.0722 4.65E−02 1346.7

76 21.71 3.80 0.2020 6.343 0.0751 4.81E−02 1392.5

77 22.06 3.80 0.2140 6.722 0.0804 5.10E−02 1475.7

78 22.49 3.80 0.3063 9.621 0.1212 7.30E−02 2112.1

79 22.76 3.80 0.3833 12.039 0.1552 9.13E−02 2643.1

80 22.91 3.80 0.4123 12.949 0.1680 9.82E−02 2842.8

81 23.76 3.80 0.4445 13.961 0.1822 1.06E−01 3065.1

82 24.15 3.80 0.4589 14.414 0.1886 1.09E−01 3164.4

83 24.98 3.80 0.5551 17.434 0.2310 1.32E−01 3827.6

84 22.59 3.90 0.3307 10.385 0.1319 7.88E−02 2279.8

85 22.80 3.90 0.3884 12.200 0.1575 9.25E−02 2678.3

86 23.01 3.90 0.4390 13.786 0.1797 1.05E−01 3026.6

87 23.15 3.90 0.4762 14.957 0.1962 1.13E−01 3283.7

88 23.86 3.90 0.5665 17.791 0.2360 1.35E−01 3905.7

89 24.25 3.90 0.5564 17.474 0.2316 1.33E−01 3836.2

90 11.99 2.00 0.1885 5.921 0.0692 4.49E−02 1299.9

91 13.97 2.00 0.1653 5.191 0.0589 3.94E−02 1139.6
207

Table A29. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.1606 5.042 0.0568 3.83E−02 1107.0

93 17.93 2.00 0.1516 4.763 0.0529 3.61E−02 1045.6

94 19.91 2.00 0.1547 4.859 0.0542 3.69E−02 1066.7

95 1.00 0.00 0.0723 2.272 0.0179 1.72E−02 498.7

96 1.00 0.66 0.0699 2.194 0.0168 1.66E−02 481.7

97 1.00 1.28 0.0706 2.219 0.0171 1.68E−02 487.1

98 1.00 1.90 0.0712 2.237 0.0174 1.70E−02 491.2

99 2.50 0.00 0.0539 1.694 0.0098 1.28E−02 371.8

100 4.00 0.00 0.0488 1.533 0.0075 1.16E−02 336.6

101 4.00 0.66 0.0491 1.542 0.0076 1.17E−02 338.5

102 4.00 1.90 0.0480 1.509 0.0072 1.14E−02 331.2

103 5.50 0.00 0.0469 1.473 0.0067 1.12E−02 323.4

104 7.00 0.00 0.0458 1.438 0.0062 1.09E−02 315.7

105 8.00 −1.90 0.0444 1.393 0.0055 1.06E−02 305.8

106 8.00 −1.50 0.0455 1.431 0.0061 1.09E−02 314.1

107 8.00 −1.11 0.0452 1.419 0.0059 1.08E−02 311.6

108 8.00 −0.66 0.0451 1.416 0.0059 1.07E−02 310.9

109 8.00 0.00 0.0459 1.442 0.0062 1.09E−02 316.6

110 8.00 0.25 0.0449 1.410 0.0058 1.07E−02 309.6

111 8.00 0.38 0.0448 1.408 0.0057 1.07E−02 309.0

112 8.00 0.66 0.0460 1.446 0.0063 1.10E−02 317.5

113 8.00 1.11 0.0455 1.430 0.0060 1.08E−02 313.9

114 8.00 1.50 0.0445 1.398 0.0056 1.06E−02 307.0

115 8.00 1.90 0.0442 1.389 0.0055 1.05E−02 305.0

116 9.00 0.00 0.0461 1.448 0.0063 1.10E−02 317.8

117 9.00 0.25 0.0462 1.452 0.0064 1.10E−02 318.8

118 9.00 0.38 0.0460 1.443 0.0062 1.09E−02 316.9

119 9.00 0.66 0.0467 1.467 0.0066 1.11E−02 322.0

120 9.00 1.01 0.0513 1.611 0.0086 1.22E−02 353.7

121 9.00 1.32 0.0522 1.638 0.0090 1.24E−02 359.6

122 10.00 0.00 0.0622 1.952 0.0134 1.48E−02 428.6

123 10.00 0.25 0.0619 1.945 0.0133 1.48E−02 427.1

124 10.00 0.38 0.0632 1.984 0.0138 1.50E−02 435.5

125 10.00 0.66 0.0607 1.907 0.0127 1.45E−02 418.6

126 10.00 0.90 0.0635 1.995 0.0140 1.51E−02 438.0

127 10.00 1.08 0.0641 2.013 0.0142 1.53E−02 441.9

128 10.00 1.22 0.0647 2.032 0.0145 1.54E−02 446.2

129 10.00 1.34 0.0727 2.283 0.0180 1.73E−02 501.2

130 11.00 0.00 0.0676 2.124 0.0158 1.61E−02 466.3

131 11.00 0.25 0.0723 2.271 0.0179 1.72E−02 498.6

132 11.00 0.38 0.0708 2.222 0.0172 1.69E−02 487.8

133 11.00 0.52 0.0710 2.229 0.0173 1.69E−02 489.3

134 11.00 0.80 0.0692 2.173 0.0165 1.65E−02 477.2

135 11.00 0.97 0.0699 2.194 0.0168 1.66E−02 481.7

136 11.00 1.11 0.0762 2.392 0.0196 1.81E−02 525.2

137 11.00 1.23 0.0862 2.707 0.0240 2.05E−02 594.2

138 12.00 0.00 0.0753 2.364 0.0192 1.79E−02 519.1

139 12.00 0.25 0.0755 2.372 0.0193 1.80E−02 520.8

140 12.00 0.38 0.0755 2.371 0.0193 1.80E−02 520.4

141 12.00 0.52 0.0754 2.369 0.0193 1.80E−02 520.2

142 12.00 0.69 0.0739 2.319 0.0185 1.76E−02 509.2

143 12.00 0.87 0.0738 2.317 0.0185 1.76E−02 508.8

144 12.00 1.01 0.0839 2.636 0.0230 2.00E−02 578.6

145 12.00 1.13 0.0938 2.946 0.0274 2.23E−02 646.7

146 13.00 0.00 0.0791 2.485 0.0209 1.88E−02 545.5

147 13.00 0.25 0.0788 2.473 0.0207 1.88E−02 543.0

148 13.00 0.38 0.0781 2.452 0.0204 1.86E−02 538.3

149 13.00 0.52 0.0779 2.446 0.0203 1.86E−02 536.9
208

Table A29. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.64 0.0756 2.374 0.0193 1.80E−02 521.1

151 13.00 0.76 0.0775 2.434 0.0202 1.85E−02 534.4

152 13.00 0.90 0.0957 3.004 0.0282 2.28E−02 659.5

153 13.00 1.02 0.1018 3.196 0.0309 2.42E−02 701.7

154 14.00 0.00 0.0850 2.670 0.0235 2.03E−02 586.1

155 14.00 0.25 0.0844 2.651 0.0232 2.01E−02 582.0

156 14.00 0.38 0.0831 2.609 0.0226 1.98E−02 572.8

157 14.00 0.52 0.0805 2.527 0.0215 1.92E−02 554.8

158 14.00 0.66 0.0792 2.488 0.0209 1.89E−02 546.2

159 14.00 0.80 0.0960 3.016 0.0283 2.29E−02 662.2

160 14.00 0.92 0.1030 3.234 0.0314 2.45E−02 709.9

161 15.00 0.00 0.0959 3.013 0.0283 2.29E−02 661.4

162 15.00 0.25 0.0954 2.995 0.0280 2.27E−02 657.5

163 15.00 0.38 0.0929 2.918 0.0270 2.21E−02 640.7

164 15.00 0.69 0.1097 3.446 0.0344 2.61E−02 756.6

165 15.00 0.81 0.1157 3.635 0.0370 2.76E−02 797.9

166 16.00 0.00 0.1202 3.774 0.0390 2.86E−02 828.6

167 16.00 0.25 0.1173 3.683 0.0377 2.79E−02 808.5

168 16.00 0.38 0.1133 3.557 0.0359 2.70E−02 780.9

169 16.00 0.48 0.1197 3.759 0.0388 2.85E−02 825.2

170 16.00 0.59 0.1396 4.384 0.0476 3.33E−02 962.5

171 16.00 0.71 0.1269 3.986 0.0420 3.02E−02 875.2

172 17.00 0.00 0.1589 4.991 0.0561 3.79E−02 1095.8

173 17.00 0.25 0.1587 4.984 0.0560 3.78E−02 1094.2

174 17.00 0.38 0.1455 4.569 0.0502 3.47E−02 1003.1

175 17.00 0.48 0.1430 4.490 0.0491 3.41E−02 985.8

176 17.00 0.60 0.1423 4.469 0.0488 3.39E−02 981.1

177 18.00 0.00 0.2188 6.871 0.0825 5.21E−02 1508.5

178 18.00 0.25 0.1996 6.268 0.0741 4.75E−02 1376.0

179 18.00 0.38 0.1872 5.880 0.0686 4.46E−02 1291.0

180 18.00 0.50 0.1807 5.675 0.0657 4.30E−02 1245.9

181 18.50 0.00 0.2437 7.653 0.0935 5.81E−02 1680.1

182 18.50 0.25 0.2144 6.732 0.0806 5.11E−02 1478.0

183 18.50 0.38 0.1982 6.223 0.0734 4.72E−02 1366.3

184 18.60 0.42 0.1903 5.977 0.0700 4.53E−02 1312.2

185 18.50 0.47 0.1905 5.984 0.0701 4.54E−02 1313.7

186 19.20 0.00 0.2753 8.647 0.1075 6.56E−02 1898.5

187 19.20 0.25 0.2161 6.788 0.0814 5.15E−02 1490.3

188 19.20 0.38 0.1741 5.467 0.0628 4.15E−02 1200.1

189 19.30 0.42 0.1692 5.313 0.0606 4.03E−02 1166.3

190 19.20 0.47 0.1697 5.329 0.0609 4.04E−02 1169.9

191 20.00 0.00 0.2706 8.497 0.1054 6.45E−02 1865.5

192 20.00 0.25 0.2391 7.510 0.0915 5.70E−02 1648.8

193 20.00 0.38 0.1841 5.782 0.0672 4.39E−02 1269.4

194 20.10 0.42 0.1910 5.999 0.0703 4.55E−02 1316.9

195 20.00 0.47 0.1876 5.892 0.0688 4.47E−02 1293.6

196 20.80 0.00 0.2598 8.161 0.1007 6.19E−02 1791.6

197 20.80 0.25 0.2583 8.114 0.1000 6.15E−02 1781.2

198 20.80 0.38 0.2246 7.055 0.0851 5.35E−02 1548.8

199 20.90 0.42 0.2350 7.380 0.0897 5.60E−02 1620.2

200 20.80 0.47 0.2334 7.330 0.0890 5.56E−02 1609.3

201 21.60 0.00 0.2620 8.229 0.1016 6.24E−02 1806.6

202 21.60 0.25 0.2611 8.199 0.1012 6.22E−02 1800.0

203 21.60 0.38 0.2892 9.082 0.1136 6.89E−02 1993.9

204 21.70 0.42 0.2894 9.088 0.1137 6.89E−02 1995.1

205 21.60 0.47 0.2603 8.174 0.1009 6.20E−02 1794.6

206 22.40 0.00 0.2382 7.480 0.0911 5.67E−02 1642.1

207 22.40 0.25 0.2690 8.449 0.1047 6.41E−02 1854.9
209

Table A29. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.38 0.2674 8.397 0.1040 6.37E−02 1843.4

209 22.50 0.42 0.2854 8.964 0.1120 6.80E−02 1967.9

210 22.40 0.47 0.2849 8.947 0.1117 6.79E−02 1964.2

211 23.20 0.00 0.2444 7.676 0.0938 5.82E−02 1685.1

212 23.20 0.25 0.2437 7.653 0.0935 5.81E−02 1680.1

213 23.20 0.38 0.2463 7.734 0.0947 5.87E−02 1698.0

214 23.30 0.42 0.2470 7.759 0.0950 5.89E−02 1703.3

215 23.20 0.47 0.2396 7.525 0.0917 5.71E−02 1652.1

216 24.00 0.00 0.2523 7.923 0.0973 6.01E−02 1739.4

217 24.00 0.25 0.2505 7.868 0.0966 5.97E−02 1727.3

218 24.00 0.38 0.2483 7.797 0.0956 5.91E−02 1711.8

219 24.10 0.42 0.2598 8.159 0.1006 6.19E−02 1791.3

220 24.00 0.47 0.2583 8.111 0.1000 6.15E−02 1780.7

221 25.00 0.00 0.2644 8.305 0.1027 6.30E−02 1823.3

222 25.00 0.25 0.2619 8.224 0.1016 6.24E−02 1805.5

223 25.00 0.38 0.2564 8.052 0.0991 6.11E−02 1767.8

224 25.10 0.42 0.2563 8.051 0.0991 6.11E−02 1767.5

225 25.00 0.47 0.2506 7.872 0.0966 5.97E−02 1728.1

226 9.00 999.00 0.0579 1.817 0.0115 1.38E−02 398.9

227 0.00 −2.25 4.2675 134.029 1.8702 1.02E+00 29424.7

228 0.00 −0.29 4.2196 132.524 1.8490 1.01E+00 29094.4

229 0.00 2.25 4.2182 132.479 1.8484 1.00E+00 29084.5

230 22.96 0.00 0.8426 26.462 0.3580 2.01E−01 5809.4

231 23.16 0.00 0.8079 25.374 0.3427 1.92E−01 5570.5

232 23.36 0.00 0.7654 24.037 0.3239 1.82E−01 5277.2

233 23.76 0.00 0.6305 19.801 0.2643 1.50E−01 4347.1

234 24.16 0.00 0.5024 15.779 0.2078 1.20E−01 3464.1

235 24.89 0.00 0.4634 14.552 0.1905 1.10E−01 3194.9

236 25.09 0.00 0.4693 14.741 0.1932 1.12E−01 3236.2

237 25.29 0.00 0.4678 14.693 0.1925 1.11E−01 3225.8

238 25.49 0.00 0.4573 14.362 0.1878 1.09E−01 3153.0

239 26.26 0.00 0.2624 8.240 0.1018 6.25E−02 1809.0

240 26.76 0.00 0.3789 11.901 0.1532 9.03E−02 2612.7

241 27.26 0.00 0.3514 11.038 0.1411 8.37E−02 2423.2

242 27.51 0.00 0.3381 10.620 0.1352 8.06E−02 2331.5

243 27.76 0.00 0.3240 10.175 0.1290 7.72E−02 2233.9

244 0.58 999.00 0.0621 1.952 0.0134 1.48E−02 428.5

245 0.86 999.00 0.0632 1.984 0.0138 1.51E−02 435.6

246 1.15 999.00 0.0626 1.965 0.0136 1.49E−02 431.4

247 1.43 999.00 0.0619 1.943 0.0133 1.47E−02 426.5

248 1.72 999.00 0.0605 1.899 0.0126 1.44E−02 416.9

249 2.00 999.00 0.0612 1.921 0.0130 1.46E−02 421.8

250 2.29 999.00 0.0615 1.932 0.0131 1.47E−02 424.2

251 2.57 999.00 0.0624 1.960 0.0135 1.49E−02 430.3

252 2.86 999.00 0.0614 1.929 0.0131 1.46E−02 423.5

253 3.14 999.00 0.0622 1.954 0.0134 1.48E−02 428.9

254 3.43 999.00 0.0616 1.934 0.0131 1.47E−02 424.5

255 999.00 999.00 0.0580 1.820 0.0115 1.38E−02 399.6

256 999.00 999.00 4.2627 133.877 1.8680 1.02E+00 29391.2
210

Table A30. Flow Conditions and Pressure Distribution for Run 67

[CR = 3; Re = 1.14 × 106 per foot; 0 percent cowl position]

Stagnation conditions:

pt,1, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 725.82 (.50043E+07)

Tt,1, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1781.48 ( 989.71)

ρt,1, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0336 ( 17.32)

ht,1, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . . . . 446.36 (.10376E+07)

Free-stream conditions:

M∞. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.80

p∞, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . . . 0.0190 ( 131.05)

T∞, °R (K). . . . . . . . . . . . . . . . . . . . . . . . . . . . . 91.94 ( 51.08)

ρ∞, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . . 0.17343E−04 (.89385E−02)

h∞, btu/lbm (J/kg) . . . . . . . . . . . . . . . . . . . . . . . 0.21927E+02 (.50969E+05)

a∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . . 470.41 ( 143.38)

u∞, ft/s (m/s) . . . . . . . . . . . . . . . . . . . . . . . . . . . 4608.57 ( 1404.69)

Re∞, ft−1

 (m−1) . . . . . . . . . . . . . . . . . . . . . . . . . 0.11694E+07 (.38365E+07)

q∞, psia (N/m2

) . . . . . . . . . . . . . . . . . . . . . . . . . 1.279 ( 8818.52)

μ∞, slug/ft-s (N-s/m2) . . . . . . . . . . . . . . . . . . . . 0.68353E−07 (.32727E−05)

Post-normal-shock conditions:

pt,2, psia (N/m2) . . . . . . . . . . . . . . . . . . . . . . . 2.370 ( 16345.73)

Tt,2, °R (K) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1785.56 ( 991.98)

ρt,2, slug/ft3 (kg/m3) . . . . . . . . . . . . . . . . . . . . 0.11138E−03 (.57403E−01)

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

1 10.19 0.20 0.0585 3.323 0.0337 2.60E−02 403.6

2 11.18 0.20 0.0631 3.582 0.0375 2.81E−02 435.1

3 12.17 0.20 0.0668 3.793 0.0406 2.97E−02 460.7

4 13.15 0.20 0.0704 3.997 0.0435 3.13E−02 485.5

5 14.21 0.20 0.0768 4.361 0.0488 3.42E−02 529.7

6 15.14 0.20 0.0731 4.150 0.0458 3.25E−02 504.1

7 16.13 0.20 0.0815 4.627 0.0527 3.63E−02 562.0

8 17.12 0.20 0.0911 5.173 0.0606 4.05E−02 628.3

9 18.11 0.20 0.1009 5.727 0.0687 4.49E−02 695.6

10 19.74 0.20 0.0854 4.848 0.0559 3.80E−02 588.9

11 20.55 0.20 0.0945 5.362 0.0634 4.20E−02 651.3

12 22.56 0.20 0.1131 6.422 0.0788 5.03E−02 780.1

13 24.98 0.20 0.1224 6.949 0.0864 5.45E−02 844.0

14 10.59 0.60 0.1075 6.102 0.0741 4.78E−02 741.1

15 11.58 0.60 0.0946 5.371 0.0635 4.21E−02 652.4

16 12.57 0.60 0.0923 5.240 0.0616 4.11E−02 636.5

17 13.56 0.60 0.0891 5.059 0.0590 3.96E−02 614.4

18 14.60 0.60 0.0857 4.864 0.0561 3.81E−02 590.8

19 15.54 0.60 0.0827 4.693 0.0536 3.68E−02 570.0

20 16.53 0.60 0.0872 4.949 0.0574 3.88E−02 601.1

21 17.52 0.60 0.0954 5.417 0.0642 4.25E−02 657.9

22 18.51 0.60 0.1079 6.123 0.0744 4.80E−02 743.7

23 12.97 1.00 0.0988 5.609 0.0669 4.40E−02 681.3

24 15.00 1.00 0.1020 5.793 0.0696 4.54E−02 703.6

25 15.94 1.00 0.0961 5.458 0.0647 4.28E−02 662.9

26 16.93 1.00 0.1008 5.722 0.0686 4.48E−02 695.0

27 17.92 1.00 0.1130 6.412 0.0786 5.03E−02 778.8

28 18.91 1.00 0.1243 7.057 0.0880 5.53E−02 857.2

29 24.98 1.00 0.1049 5.957 0.0720 4.67E−02 723.5

30 11.99 2.00 0.1093 6.205 0.0756 4.86E−02 753.7

31 13.97 2.00 0.0929 5.276 0.0621 4.13E−02 640.8

32 15.98 2.00 0.0980 5.563 0.0663 4.36E−02 675.7

33 16.94 2.00 0.0934 5.299 0.0624 4.15E−02 643.7
211

Table A30. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

34 17.93 2.00 0.0960 5.452 0.0647 4.27E−02 662.3

35 18.42 2.00 0.0982 5.573 0.0664 4.37E−02 676.9

36 18.92 2.00 0.1014 5.754 0.0690 4.51E−02 698.8

37 19.41 2.00 0.1023 5.805 0.0698 4.55E−02 705.0

38 19.91 2.00 0.1150 6.530 0.0803 5.12E−02 793.1

39 20.26 2.00 0.1502 8.526 0.1093 6.68E−02 1035.6

40 21.11 2.00 0.1911 10.849 0.1430 8.50E−02 1317.7

41 21.96 2.00 0.1744 9.898 0.1292 7.76E−02 1202.2

42 22.74 2.00 0.1624 9.218 0.1194 7.22E−02 1119.6

43 23.52 2.00 0.1589 9.020 0.1165 7.07E−02 1095.6

44 24.98 2.00 0.1525 8.656 0.1112 6.78E−02 1051.4

45 17.94 3.00 0.0844 4.790 0.0550 3.75E−02 581.8

46 18.93 3.00 0.0771 4.378 0.0491 3.43E−02 531.8

47 19.92 3.00 0.0994 5.645 0.0675 4.42E−02 685.6

48 20.91 3.00 0.1243 7.058 0.0880 5.53E−02 857.3

49 22.11 3.00 0.2227 12.643 0.1691 9.91E−02 1535.6

50 22.96 3.00 0.2466 13.997 0.1888 1.10E−01 1700.1

51 23.74 3.00 0.2440 13.852 0.1867 1.09E−01 1682.5

52 24.98 3.00 0.2073 11.768 0.1564 9.22E−02 1429.3

53 18.34 3.40 0.0772 4.380 0.0491 3.43E−02 532.0

54 19.32 3.40 0.0889 5.046 0.0588 3.96E−02 613.0

55 19.82 3.40 0.0864 4.903 0.0567 3.84E−02 595.5

56 20.32 3.40 0.1026 5.824 0.0701 4.56E−02 707.4

57 20.81 3.40 0.1147 6.513 0.0801 5.10E−02 791.0

58 21.31 3.40 0.1279 7.260 0.0909 5.69E−02 881.8

59 21.66 3.40 0.1509 8.567 0.1099 6.71E−02 1040.6

60 22.94 3.40 0.2250 12.772 0.1710 1.00E−01 1551.3

61 23.75 3.40 0.2818 15.999 0.2179 1.25E−01 1943.2

62 24.14 3.40 0.2841 16.129 0.2197 1.26E−01 1959.0

63 22.29 3.60 0.1690 9.593 0.1248 7.52E−02 1165.2

64 22.71 3.60 0.2295 13.026 0.1747 1.02E−01 1582.1

65 23.14 3.60 0.2723 15.459 0.2100 1.21E−01 1877.7

66 23.95 3.60 0.3014 17.108 0.2340 1.34E−01 2077.9

67 24.34 3.60 0.3159 17.931 0.2459 1.41E−01 2177.9

68 13.79 3.80 0.0847 4.811 0.0553 3.77E−02 584.3

69 15.77 3.80 0.0678 3.851 0.0414 3.02E−02 467.8

70 17.75 3.80 0.0666 3.783 0.0404 2.96E−02 459.4

71 19.23 3.80 0.0753 4.277 0.0476 3.35E−02 519.5

72 19.73 3.80 0.0796 4.521 0.0511 3.54E−02 549.1

73 20.22 3.80 0.1018 5.779 0.0694 4.53E−02 701.9

74 20.72 3.80 0.1177 6.680 0.0825 5.24E−02 811.3

75 21.41 3.80 0.1201 6.818 0.0845 5.34E−02 828.1

76 21.71 3.80 0.1132 6.425 0.0788 5.04E−02 780.4

77 22.06 3.80 0.1210 6.870 0.0853 5.38E−02 834.5

78 22.49 3.80 0.1977 11.224 0.1485 8.80E−02 1363.3

79 22.76 3.80 0.2564 14.555 0.1969 1.14E−01 1767.9

80 22.91 3.80 0.2721 15.444 0.2098 1.21E−01 1875.8

81 23.76 3.80 0.2757 15.649 0.2128 1.23E−01 1900.7

82 24.15 3.80 0.2997 17.014 0.2326 1.33E−01 2066.5

83 24.98 3.80 0.4198 23.831 0.3316 1.87E−01 2894.5

84 22.59 3.90 0.2215 12.576 0.1681 9.86E−02 1527.5

85 22.80 3.90 0.2188 12.423 0.1659 9.74E−02 1508.9

86 23.01 3.90 0.2922 16.587 0.2264 1.30E−01 2014.7

87 23.15 3.90 0.3319 18.843 0.2592 1.48E−01 2288.7

88 23.86 3.90 0.4032 22.888 0.3179 1.79E−01 2780.0

89 24.25 3.90 0.3784 21.479 0.2975 1.68E−01 2608.8

90 11.99 2.00 0.1088 6.173 0.0751 4.84E−02 749.8

91 13.97 2.00 0.0976 5.543 0.0660 4.34E−02 673.3
212

Table A30. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

92 15.98 2.00 0.0993 5.638 0.0674 4.42E−02 684.8

93 17.93 2.00 0.0965 5.475 0.0650 4.29E−02 665.0

94 19.91 2.00 0.1129 6.408 0.0786 5.02E−02 778.3

95 1.00 0.00 0.0479 2.722 0.0250 2.13E−02 330.6

96 1.00 0.66 0.0464 2.636 0.0238 2.07E−02 320.2

97 1.00 1.28 0.0473 2.684 0.0245 2.10E−02 326.0

98 1.00 1.90 0.0465 2.640 0.0238 2.07E−02 320.6

99 2.50 0.00 0.0374 2.120 0.0163 1.66E−02 257.5

100 4.00 0.00 0.0347 1.972 0.0141 1.55E−02 239.5

101 4.00 0.66 0.0349 1.980 0.0142 1.55E−02 240.4

102 4.00 1.90 0.0328 1.860 0.0125 1.46E−02 225.9

103 5.50 0.00 0.0334 1.897 0.0130 1.49E−02 230.4

104 7.00 0.00 0.0325 1.843 0.0122 1.44E−02 223.9

105 8.00 −1.90 0.0351 1.990 0.0144 1.56E−02 241.7

106 8.00 −1.50 0.0387 2.196 0.0174 1.72E−02 266.7

107 8.00 −1.11 0.0408 2.313 0.0191 1.81E−02 281.0

108 8.00 −0.66 0.0425 2.410 0.0205 1.89E−02 292.7

109 8.00 0.00 0.0447 2.536 0.0223 1.99E−02 308.0

110 8.00 0.25 0.0430 2.438 0.0209 1.91E−02 296.1

111 8.00 0.38 0.0431 2.447 0.0210 1.92E−02 297.3

112 8.00 0.66 0.0440 2.498 0.0218 1.96E−02 303.4

113 8.00 1.11 0.0418 2.373 0.0199 1.86E−02 288.2

114 8.00 1.50 0.0390 2.212 0.0176 1.73E−02 268.7

115 8.00 1.90 0.0365 2.072 0.0156 1.62E−02 251.7

116 9.00 0.00 0.0505 2.866 0.0271 2.25E−02 348.1

117 9.00 0.25 0.0502 2.848 0.0268 2.23E−02 346.0

118 9.00 0.38 0.0493 2.801 0.0262 2.20E−02 340.2

119 9.00 0.66 0.0489 2.776 0.0258 2.18E−02 337.1

120 9.00 1.01 0.0455 2.581 0.0230 2.02E−02 313.4

121 9.00 1.32 0.0405 2.301 0.0189 1.80E−02 279.5

122 10.00 0.00 0.0502 2.850 0.0269 2.23E−02 346.2

123 10.00 0.25 0.0495 2.812 0.0263 2.20E−02 341.6

124 10.00 0.38 0.0505 2.865 0.0271 2.25E−02 348.0

125 10.00 0.66 0.0468 2.658 0.0241 2.08E−02 322.9

126 10.00 0.90 0.0459 2.607 0.0233 2.04E−02 316.7

127 10.00 1.08 0.0466 2.645 0.0239 2.07E−02 321.3

128 10.00 1.22 0.0455 2.584 0.0230 2.03E−02 313.8

129 10.00 1.34 0.0493 2.801 0.0262 2.20E−02 340.2

130 11.00 0.00 0.0574 3.258 0.0328 2.55E−02 395.7

131 11.00 0.25 0.0553 3.139 0.0311 2.46E−02 381.2

132 11.00 0.38 0.0542 3.079 0.0302 2.41E−02 374.0

133 11.00 0.52 0.0543 3.080 0.0302 2.41E−02 374.1

134 11.00 0.80 0.0505 2.869 0.0271 2.25E−02 348.5

135 11.00 0.97 0.0505 2.869 0.0271 2.25E−02 348.5

136 11.00 1.11 0.0552 3.134 0.0310 2.46E−02 380.7

137 11.00 1.23 0.0563 3.196 0.0319 2.50E−02 388.2

138 12.00 0.00 0.0599 3.402 0.0349 2.67E−02 413.2

139 12.00 0.25 0.0592 3.360 0.0343 2.63E−02 408.1

140 12.00 0.38 0.0587 3.335 0.0339 2.61E−02 405.0

141 12.00 0.52 0.0586 3.324 0.0338 2.61E−02 403.8

142 12.00 0.69 0.0521 2.955 0.0284 2.32E−02 358.9

143 12.00 0.87 0.0565 3.207 0.0321 2.51E−02 389.6

144 12.00 1.01 0.0595 3.379 0.0346 2.65E−02 410.5

145 12.00 1.13 0.0599 3.399 0.0349 2.66E−02 412.9

146 13.00 0.00 0.0643 3.648 0.0385 2.86E−02 443.1

147 13.00 0.25 0.0633 3.591 0.0376 2.81E−02 436.1

148 13.00 0.38 0.0627 3.560 0.0372 2.79E−02 432.4

149 13.00 0.52 0.0631 3.583 0.0375 2.81E−02 435.2
213

Table A30. Continued

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

150 13.00 0.64 0.0601 3.410 0.0350 2.67E−02 414.2

151 13.00 0.76 0.0611 3.467 0.0358 2.72E−02 421.2

152 13.00 0.90 0.0611 3.468 0.0358 2.72E−02 421.2

153 13.00 1.02 0.0629 3.570 0.0373 2.80E−02 433.6

154 14.00 0.00 0.0660 3.749 0.0399 2.94E−02 455.3

155 14.00 0.25 0.0637 3.616 0.0380 2.83E−02 439.3

156 14.00 0.38 0.0636 3.610 0.0379 2.83E−02 438.5

157 14.00 0.52 0.0632 3.588 0.0376 2.81E−02 435.8

158 14.00 0.66 0.0674 3.824 0.0410 3.00E−02 464.4

159 14.00 0.80 0.0679 3.852 0.0414 3.02E−02 467.9

160 14.00 0.92 0.0653 3.707 0.0393 2.91E−02 450.3

161 15.00 0.00 0.0732 4.157 0.0459 3.26E−02 504.9

162 15.00 0.25 0.0724 4.110 0.0452 3.22E−02 499.2

163 15.00 0.38 0.0708 4.017 0.0438 3.15E−02 487.9

164 15.00 0.69 0.0760 4.312 0.0481 3.38E−02 523.8

165 15.00 0.81 0.0746 4.236 0.0470 3.32E−02 514.5

166 16.00 0.00 0.0833 4.730 0.0542 3.71E−02 574.6

167 16.00 0.25 0.0819 4.648 0.0530 3.64E−02 564.5

168 16.00 0.38 0.0801 4.544 0.0515 3.56E−02 552.0

169 16.00 0.48 0.0790 4.483 0.0506 3.51E−02 544.5

170 16.00 0.59 0.0826 4.688 0.0536 3.67E−02 569.5

171 16.00 0.71 0.0809 4.592 0.0522 3.60E−02 557.8

172 17.00 0.00 0.0952 5.405 0.0640 4.24E−02 656.5

173 17.00 0.25 0.0924 5.246 0.0617 4.11E−02 637.1

174 17.00 0.38 0.0929 5.271 0.0620 4.13E−02 640.3

175 17.00 0.48 0.0904 5.131 0.0600 4.02E−02 623.3

176 17.00 0.60 0.0927 5.262 0.0619 4.12E−02 639.1

177 18.00 0.00 0.1134 6.440 0.0790 5.05E−02 782.2

178 18.00 0.25 0.1094 6.209 0.0757 4.87E−02 754.2

179 18.00 0.38 0.1056 5.996 0.0726 4.70E−02 728.2

180 18.00 0.50 0.1000 5.678 0.0679 4.45E−02 689.6

181 18.50 0.00 0.1199 6.806 0.0843 5.33E−02 826.7

182 18.50 0.25 0.1151 6.532 0.0804 5.12E−02 793.4

183 18.50 0.38 0.1018 5.779 0.0694 4.53E−02 701.9

184 18.60 0.42 0.0997 5.662 0.0677 4.44E−02 687.7

185 18.50 0.47 0.1025 5.817 0.0700 4.56E−02 706.6

186 19.20 0.00 0.1307 7.419 0.0932 5.81E−02 901.1

187 19.20 0.25 0.1126 6.394 0.0783 5.01E−02 776.6

188 19.20 0.38 0.0925 5.251 0.0617 4.12E−02 637.7

189 19.30 0.42 0.0902 5.123 0.0599 4.02E−02 622.3

190 19.20 0.47 0.0913 5.180 0.0607 4.06E−02 629.2

191 20.00 0.00 0.1266 7.188 0.0899 5.63E−02 873.1

192 20.00 0.25 0.1207 6.851 0.0850 5.37E−02 832.2

193 20.00 0.38 0.0934 5.300 0.0625 4.15E−02 643.7

194 20.10 0.42 0.0978 5.550 0.0661 4.35E−02 674.1

195 20.00 0.47 0.0943 5.351 0.0632 4.19E−02 649.9

196 20.80 0.00 0.1310 7.435 0.0935 5.83E−02 903.1

197 20.80 0.25 0.1208 6.858 0.0851 5.37E−02 833.0

198 20.80 0.38 0.1140 6.474 0.0795 5.07E−02 786.3

199 20.90 0.42 0.1195 6.783 0.0840 5.32E−02 823.8

200 20.80 0.47 0.1192 6.766 0.0838 5.30E−02 821.8

201 21.60 0.00 0.1245 7.066 0.0881 5.54E−02 858.3

202 21.60 0.25 0.1233 6.998 0.0871 5.49E−02 850.0

203 21.60 0.38 0.1390 7.888 0.1000 6.18E−02 958.1

204 21.70 0.42 0.1386 7.869 0.0998 6.17E−02 955.8

205 21.60 0.47 0.1300 7.381 0.0927 5.78E−02 896.4

206 22.40 0.00 0.1277 7.249 0.0908 5.68E−02 880.4

207 22.40 0.25 0.1304 7.402 0.0930 5.80E−02 899.1
214

Table A30. Concluded

Orifice x, in. y, Z, in. p, psia p/p∞ Cp p/pt,2 p, Pa

208 22.40 0.38 0.1294 7.343 0.0921 5.76E−02 891.9

209 22.50 0.42 0.1413 8.023 0.1020 6.29E−02 974.5

210 22.40 0.47 0.1420 8.063 0.1026 6.32E−02 979.4

211 23.20 0.00 0.1291 7.328 0.0919 5.74E−02 890.0

212 23.20 0.25 0.1305 7.411 0.0931 5.81E−02 900.1

213 23.20 0.38 0.1362 7.729 0.0977 6.06E−02 938.8

214 23.30 0.42 0.1367 7.762 0.0982 6.08E−02 942.8

215 23.20 0.47 0.1251 7.103 0.0887 5.57E−02 862.8

216 24.00 0.00 0.1305 7.406 0.0930 5.80E−02 899.5

217 24.00 0.25 0.1357 7.704 0.0974 6.04E−02 935.7

218 24.00 0.38 0.1357 7.702 0.0974 6.04E−02 935.5

219 24.10 0.42 0.1406 7.981 0.1014 6.26E−02 969.4

220 24.00 0.47 0.1400 7.947 0.1009 6.23E−02 965.3

221 25.00 0.00 0.1436 8.151 0.1039 6.39E−02 990.1

222 25.00 0.25 0.1397 7.928 0.1006 6.21E−02 962.9

223 25.00 0.38 0.1347 7.648 0.0966 5.99E−02 929.0

224 25.10 0.42 0.1340 7.608 0.0960 5.96E−02 924.0

225 25.00 0.47 0.1301 7.383 0.0927 5.79E−02 896.7

226 9.00 999.00 0.0390 2.212 0.0176 1.73E−02 268.6

227 0.00 −2.25 2.2532 127.907 1.8433 1.00E+00 15535.7

228 0.00 −0.29 2.2403 127.176 1.8327 9.97E−01 15446.9

229 0.00 2.25 2.2385 127.076 1.8312 9.96E−01 15434.7

230 22.96 0.00 0.5131 29.127 0.4085 2.28E−01 3537.8

231 23.16 0.00 0.4408 25.022 0.3489 1.96E−01 3039.2

232 23.36 0.00 0.3692 20.961 0.2899 1.64E−01 2545.9

233 23.76 0.00 0.3007 17.073 0.2335 1.34E−01 2073.7

234 24.16 0.00 0.2936 16.669 0.2276 1.31E−01 2024.6

235 24.89 0.00 0.3330 18.904 0.2601 1.48E−01 2296.1

236 25.09 0.00 0.3407 19.341 0.2664 1.52E−01 2349.2

237 25.29 0.00 0.3435 19.502 0.2687 1.53E−01 2368.7

238 25.49 0.00 0.3412 19.371 0.2668 1.52E−01 2352.8

239 26.26 0.00 0.2294 13.022 0.1746 1.02E−01 1581.7

240 26.76 0.00 0.3123 17.729 0.2430 1.39E−01 2153.4

241 27.26 0.00 0.2716 15.419 0.2094 1.21E−01 1872.8

242 27.51 0.00 0.2465 13.995 0.1887 1.10E−01 1699.8

243 27.76 0.00 0.2224 12.625 0.1688 9.89E−02 1533.4

244 0.58 999.00 0.0382 2.171 0.0170 1.70E−02 263.7

245 0.86 999.00 0.0405 2.299 0.0189 1.80E−02 279.2

246 1.15 999.00 0.0392 2.228 0.0178 1.75E−02 270.6

247 1.43 999.00 0.0391 2.218 0.0177 1.74E−02 269.4

248 1.72 999.00 0.0368 2.087 0.0158 1.64E−02 253.4

249 2.00 999.00 0.0394 2.237 0.0180 1.75E−02 271.7

250 2.29 999.00 0.0374 2.123 0.0163 1.66E−02 257.8

251 2.57 999.00 0.0400 2.270 0.0184 1.78E−02 275.7

252 2.86 999.00 0.0396 2.247 0.0181 1.76E−02 272.9

253 3.14 999.00 0.0400 2.269 0.0184 1.78E−02 275.5

254 3.43 999.00 0.0389 2.211 0.0176 1.73E−02 268.5

255 999.00 999.00 0.0374 2.124 0.0163 1.67E−02 258.0

256 999.00 999.00 2.2520 127.839 1.8423 1.00E+00 15527.5

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REPORT DOCUMENTATION PAGE

September 1995 Technical Memorandum

Mach 10 Experimental Database of a Three-Dimensional Scramjet Inlet

Flow Field WU 506-40-41-02

Scott D. Holland

L-17349

NASA TM-4648

The present work documents the experimental database of a combined computational and experimental parametric

study of the internal aerodynamics of a generic three-dimensional sidewall compression scramjet inlet configuration at Mach 10. A total of 256 channels of pressure data, including static pressure orifices, pitot pressures, and exit

flow rakes, along with oil flow and infrared thermography, provided a detailed experimental description of the flow.

Mach 10 tests were performed for three geometric contraction ratios (3, 5, and 9), three Reynolds numbers

(0.55 × 106 per foot, 1.14 × 106 per foot, and 2.15 × 106 per foot), and three cowl positions (at the throat and two

forward positions). For the higher contraction ratios, a large forward separation of the inflow boundary layer was

observed, making the high contraction ratio configurations unsuitable for flight operation. A decrease in the freestream unit Reynolds number (Re) of only a factor of 2 led to a similar upstream separation. Although the presence

of such large-scale separations leads to the question of whether the inlet is started, the presence of internal oblique

swept shock interactions on the sidewalls seems to indicate that at least in the classical sense, the inlet is not

unstarted. The laminar inflow boundary layer therefore appears to be very sensitive to increases in contraction

ratio (CR) or decreases in Reynolds number; only the CR = 3 configuration with 0, 25, and 50 percent cowl at

Re = 2.15 × 106 per foot operated “on design.”

Hypersonics; Inlets; Shock interactions 217

A10

NASA Langley Research Center

Hampton, VA 23681-0001

National Aeronautics and Space Administration

Washington, DC 20546-0001

Unclassified–Unlimited

Subject Category 34

Availability: NASA CASI (301) 621-0390

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