NBSIR 73-293

Fracture Toughness Evaluation of

Quenched-and- Tempered Bridge Steels

C. G. Interrante and G. E. Hicho

Mechanical Properties Section

Metallurgy Division

Institute for Materials Research

National Bureau of Standards

Washington, D. C. 20234

October, 1973

Failure Analysis Report

Prepared for Office of Research

Federal Highway Administration

Department of Transportation

Washington, D. C. 20591

NBSIR 73-293

FRACTURE TOUGHNESS EVALUATION OF

QUENCHED-AND-TEMPERED BRIDGE STEELS

C, G. Interrante and G. E. Hicho

Mechanical Properties Section

Metallurgy Division

Institute for Materials Research

National Bureau of Standards

Washington, D. C. 20234

October, 1973

Failure Analysis Report

"This document has been prepared for the use of the Office of Research, Federal Highway Administration,

Department of Transportation, Washington, D. C. Responsibility for its further use rests with that agency.

NBS requests that if release to the general public is contemplated, such action be taken only after consultation

with the Office of Public Affairs at the National Bureau

of Standards."

a

U. S. DEPARTMENT OF COMMERCE, Frederick B. Dent, Secretary

NATIONAL BUREAU OF STANDARDS, Richard W. Roberts, Director

TABLE OF CONTENTS

gage

ABSTRACT V

1. PREFACE 1

2. OBJECTIVE 2

3. EXPERIMENTAL PROCEDURE 2

3.1 Specimens Not Tested at NBS 2

3.2 Specimens Tested at NBS 3

4. RESULTS AND DISCUSSIONS , 3

4.1 Specimens Not Tested at NBS 3

4.2 Specimens Tested at NBS 4

4.3 Comparison of NBS Data and FHWA Data from

Heat No. C4913-4 4

4.4 Comments on the Calculations 5

5. ACKNOWLEDGMENT 6

TABLES1 Impact Test Results for Plate A, PCI

2. Impact Test Results for Plate A, CVN

3. Impact Test Results for Plate Al , PCI

4. Impact Test Results for Plate Al, CVN

5. Impact Test Results for Plate L, PCI

6. Impact Test Results for Plate L, CVN

7. Impact Test Results for Plate M, PCI

8. Impact Test Results for Plate M, CVN

9. Impact Test Results for Surface Plate Q, PCI

10. Impact Test Results for Midthickness Plate Q, PCI ..

i

TABLES (Continued)

1

1

X J- • Xxt- o U. X L. o 1. X OLiXXd^C X X d v3

12. Impact Test Results for Midthickness Plate Q, CVN .

.

13. Impact Test Results for Plate R, PCI

14. Impact Test Results for Plate R, CW

15. Impact Test Results for Plate Z, PCI

16. Impact Test Results for Plate Z, CVN

17. Results of NBS Tests of Longitudinal Charpy VNotch Specimens of Plate CK, Top

18. Results of NBS Tests of Longitudinal Charpy VNotch Specimens of Plate CK, Center

19. Results of NBS Tests of Longitudinal Charpy VNotch Specimens of Plate CK, Bottom

20. Results of NBS Tests of Transverse Charpy VNotch Impact Specimens of Plate CK, Top

21. Results of NBS Tests of Transverse Charpy VNotch Impact Specimens of Plate CK, Center .

.

22. Results of NBS Tests of Transverse Charpy VNotch Impact Specimens of Plate CK, Bottom .

.

23. Results of NBS Tests of Longitudinal Precracked

Charpy Impact Specimens of Plate CK, Top . . .

.

24. Results of NBS Tests of Longitudinal Precracked

Charpy Impact Specimens of Plate CK, Center .

25. Results of NBS Tests of Longitudinal Precracked

Charpy Impact Specimens of Plate CK, Bottom .

26. Results of Tests of PCI Specimens of Plate CK,

Heat C4913-4 of A517-H Steel

27. Results of Tests of PCI Specimens of Plate Q,

Heat C4913~4 of A517-H Steel

TABLES (Continued)

28. Results of Tests of CW Specimens of Plate CK,

Heat C4913-4 of A517-H Steel

29. Results of Tests of CVN Specimens of Plate Q,

Heat C4913-4 of A517-H Steel

30. Results of Tests of CVN Specimens of Plate CK,

Heat C4913-4 of A517-H Steel

FIGURES

1. Impact Test Results for

2. Impact Test Results for Plate Al

3. Impact Test Results for

4. Impact Test Results for

5.. Impact Test Results for

5A. Impact Test Results for

6. Impact Test Results for

7. Impact Test Results for

8, Precracked Charpy Impact Test Results for ASTl-^

A514/517 Steels

9. Charpy Impact Test Results for ASTM A514/517

Steels

10. Results of NBS Tests of Longitudinal Charpy VNotch Impact Specimens of Plate CK, Heat C4913-4

of A517-H Steel

11. Results of NBS Tests of Transverse Charpy VNotch Impact Specimens of Plate CK, Heat C4913-4

of A517-H Steel

12. Results of NBS Tests of Longitudinal Precracked

Charpy Impact Specimens of Plate CK,

Heat C4913-4 of A517-H Steel

13. Results of Tests of PCI Specimens of Plates CK

and Q, Heat C4913-4 of A517-H Steel

14. .Results of Tests of CVN Specimens of Plate CK

and Heat C4913-4 of A517-H Steel

iii
I

I

I

I

1
APPENDIX A - Charpy Data on Seven ASTM A514/517 Steels

APPENDIX B - Test Plan for Specimens Submitted to NBS

for Testing and Computer Evaluation.

Specimens were Taken from Plate CK,

Heat C4913-4, A517-H Steel

APPENDIX C - Results of Measurements Taken on Specimens

from Plate CK of Heat C4913-4, ASTM

Type A517-H Steel

iv

ABSTRACT

The results of analyses of 25 sets of impact test

data representing 8 plates from 7 heats of ASTN. type

514 and type 517 steels are given as 43 Figures

oontaining 128 plots and as 90 Tables. The figures and

tables give the observed data and the calculated values

o± the fitted curves based on the available data for

energy absorption, energy absorption per unit area, and

lateral expansion. The calculations were made using the

computer program ITER, created at the National Bureau of

Standards (NBS) . Sixteen of the data sets, representing

7 heats of steel, were furnished by the Federal Highway

Administration (FHV7A) . The other 9 data sets represented

only one of the 7 heats of steel, and these data were

obtained in tests conducted at NBS with specimens furnished

by FHWA. The results of the NBS tests on one plate are

compared with the results of another laboratory's tests

on another plate from the same heat of steel.

V

1 . PREFACE

This fracture toughness evaluation of 7 quenched-andtempered bridge steels involves the computer analyses of

a total of 25 sets of specimens of both Charpy V-notch

(CVN) and precracked Charpy (PCI) impact tests. Sixteen*

of the 25 sets were tested with no assistance from the

National Bureau of Standards (NBS) . The rav/ data* from

these tests v'ere furnished for computer analysis only.

Nine sets* of untested specimens were also delivered to

NBS , through FHUA , either in the as-machined (CVN specimens)

condition or in the as-machined-and-precracked (PCI

specimens) condition; at NBS , these specimens were measured

and tested according to ASTI' Designation E23-73, and the

results V7ere computer analysed by the computer program

ITER developed at NBS

.

These data and specimens were sent to NBS on or before

13 April 1973 by Carl E. Hartbov/er , B.S., M.E.,

Consultant and at the request of Mr. Orrin F. Finch,

Attorney for the State of California Department of

Public Works.

.1
I

I

I t: \ \ . ;
2. OBJECTIVE

The objectives of this evaluation were: (1) to perform

impact tests at NBS on Charpy V-notch (CW) and precracked

Charpy impact (PCI) specimens taken from a quenched-andtempered bridge steel, (2) to analyse these test results and

(3) to analyse the raw data furnished by FHWA for impact

tests of seven heats of steel, and (4) to compare the

results of NBS tests on one plate with the results from

tests by another laboratory on a second plate from the same

heat of steel.

3. EXPERII^-ENTAL PROCEDURE

3 . 1 Specimens Not Tested at NBS

The 16 sets of impact test data furnished by FHWA are

given in Appendix A. The data are of two types, Charpy

V-notch (CVN) and precracked Charpy impact (PCI) . These

raw data were analyzed by the comtputer program ITER.

These data, representing four types of ASTM 514 and 517

Steels, were taken from seven plates representing seven

heats of steel. Plates A and L are type 517-F; plates Al

,

Q and Z are type 517-H; plate M is type 514-F; and plate R

is type 514-H. For each plate, data is given for one set

of CVN specimens and for one set of PCI specimens. However,

for plate Q, two sets of data are given for each type (CVN

and PCI) of specimens (one set of "surface", and one set of

midthickness specimens) . Thus, a total of 16 data sets

were furnished and analysed.

All of the 16 data sets contained energy-absorption data,

whereas only 12 data sets contained lateral-expansion

measurements. The four data sets furnished for plate Q did

not include lateral-expansion measurements.

In the computer analyses, calculations and graphs were

made for both the energy-absorption data, and energyabsorption-per-unit-area data for all 16 data sets. In

addition, calculations and graphs were made for the 12

lateral-expansion data sets. For the calculation of the

area in the energy-absorption-per-unit-area calculations,

the width and thickness dimensions of the specimens were taken,

respectively, as 0.394" and 0.315" for the CVN calculations

and 0.394" and 0.280" for the PCI calculations.

2

3 . 2 Specimens Tested at NBS

In addition to the raw data discussed above, the FHWA

furnished NBS with 55 CVN and 25 PCI test specimens for

impact tests to be conducted at NBS. Along v;ith these

specimens, a test plan (given in Appendix B) was furnished.

These specimens were inspected at NBS to assure that they

were in compliance with the dimensional requirements of

ASTM E23-72, Figure 4 Type A.

The CVN specimens v/ere impact tested in accordance with

the requirements of ASTM E23-72, Section 8: the PCI specim.ens

were im^pact tested in accordance with the Proposed Method of

ASTM E23.03 .03. These tests v/ere conducted v/ith a Charpy

test machine that had been proof tested for the low, middle

and high range values on July 21, 1971 and for the low and

high range values only on August 1, 1973. The 1972 proof

test was in conformance with all of the requirements of

ASTM E23-72 Sections 6 and 11. However, for the 1973 proof

test, middle-range specimens were not available. In

addition, it is to be noted that the Charpy test machine

used for the NBS tests v/as not "instrumented" and energy values

are therefore given only to the nearest 1/2 ft-lb.

4. RESULTS AND DISCUSSIONS

4 . 1 Specimens Not Tested at NBS

The test data and the results of the computer analyses

for the raw data furnished by FHWA for the seven heats of

steel are presented as Figures 1 through 7 for plates A, Ai

,

L, M, Q, R, and Z, respectively. The results for the PCI

and CVN specimens from plate A are given respectively in

Tables 1 and 2 ; for Al in 3 and 4 ; for L in 5 and 6 ; for M

in 7 and 8; for Q in 9-12; for R in 13 and 14; and for Z

in 15 and 16. After each table and figure number is a letter

designation of A, B, or C. Each letter represents one of

the fracture criteria used in the analysis: A represents

energy absorption, B represents energy absorption/unit area,

and C represents lateral expansion. However, Figure 5, has

designations of 5A-1, 5A-2, 5B-1 and 5B-2; this was done

because the data for the surface and that for the midthickness

of plate Q were plotted separately.

On each plot and table are given both the observed values

and the calculated values, which are the results of the

calculations made with the NBS computer program ITER. The

computer program ITER calculates the curve of "best fit" for

3

the available data using a least-squares method. Both the

printed tables and the plotted figures given here are

outputs of ITER.

Each of the Figures, 1 through 7, give the observed data

and the calculated curves for one of the 7 plates, v/ith the

CVN and PCI values being plotted as overlays on the same axes.

Figures 8 and 9 are, respectively, overlays of all data and

curves for the eight PCI data sets and overlays of all curves

and data for the eight CVN data sets. These 8 sets of data

represent the 7 heats of steel mentioned above.

4 . 2 Specimens Tested at NBS

The dimensions of the specimens from plate CK were

observed to be within the size requirements of the specifications. Results of measurements taken of all the test specimens are presented as Appendix C. The values given in this

Appendix table, for the widths of the specimens (side 2)

and for the depths of the uncracked part of the PCI specimens

(side 1) and the depths of the metal beneath the notch of the

CVN specimens (side 1) , were used in calculations of the area

for the energy-per-unit-area calculations in the computer

analyses

.

The results of the impact tests are presented in Figures

10-12 and Tables 17-25. The computer analyses were made as

described above for the analyses of raw data furnished by

FHWA. However, the plots of CVN and PCI data v/ere not overlayed onto the same set of axes. Rather, on a given set of

axes are given the results for three data sets, which

represent the three plate thickness locations for specimens

of a given orientation with respect to the rolling direction

of the plate. Figure 10 (Tables 17-19) gives the results

for longitudinal CW specimens. Figure 11 (Tables 20-22)

gives the results for transverse CVN specimens, and Figure

12 (Tables 23-25) gives the results for longitudinal PCI

specimens

.

4.3 Comparison of NBS Data and FHWA Data from Heat No. C4 913-4

Plate CK and plate Q both have the same heat number,

C4913-4, and it is presumed that they represent two plates from

the same heat. The differences between impact test results of

surface (top or bottom) and middle specimens, either from

plate Q or from plate CK, were observed to be relatively small

in relation to differences between heats for the seven heats

of steel analyzed in this report. Therefore, independent

4

analyses v/ere made, for specimens of similar orientation

(longitudinal or transverse) and type (PCI or CVN) , but all

data for the surface and midthickness locations were grouped

for similar specimens from a given plate. The data from the

two plates thus resulted in two longitudinal PCI sets, two

longitudinal CVN sets , and one transverse CVN set.

In this way, the results from a multiplicity of specimens

from each of the plates, CK and Q, could be compared. For

this comparison and with statistical methods, the 95 percent

confidence limits for each of the five data sets were

determined.

Figures 13 and 14 (and Tables 26-30) show the results

of this comparison for the 2 PCI data sets and for the 3

CVN data sets, respectively. Each data set is represented

by (1) the combined observed data from surface and

midthickness locations, and (2) a calculated curve of best

fit for all of the data in the set. In addition, the best-fit

curves for the longitudinal, CVN and PCI, tests of plate CK

are bounded by a series of arrows that point toward the curve

of best fit. These arrows define the 95% confidence limits

for the CK, LT data. The curve of best fit is plotted as a

dotted line for each curve that represents plate Q data.

It is observed on these overlay plots that each of the

dotted lines, representing data from plate Q tested at another

laboratory, falls close to the corresponding solid line for

longitudinal specimens of plate CK tested at NBS. Some of

the data for plate Q falls outside the 95 percent confidence

limits given for plate CK, but generally ' the data for Q is

within these lim.its and the differences between the two

plates are in our judgment small and within the limits

expected for variations in impact characteristics from plate

to plate v/ithin a heat. Furthermore, the data for transverse

specim.ens from plate CK are not substantially different from

the data for longitudinal specimens, except at elevated

temperatures. There, the transverse data are lower than the

longitudinal data, indicating that at these temperatures the

upper shelf is being approached. However, it appears that

the upper shelf was not attained within the temperature

range of these tests.

4.4 Comments on the Calculations

The calculated curves given in this report are results

of least-squares regression analyses made w^ith an equation

of the form:

Y = Ya+Ke-^^'^o'^^

5

This equation provides an abundant variety of curves of

the type commonly found in transition data of the form

liormally observed in impact tests conducted with temperature

as a variable. However, a linear fit to the data is not

obtainable with this equation, and we observe that some

dtata appear to us to be linear in form.

Our qualitative assessment of this indicates that for

some of the data obtained from plates Q, R, and CK, a linear

fit may be nearly as good as or possibly slightly better than

the fit given by the calculated curves of ITER. This is

believed to be true for the following cases:

Plate Q Plate R Plate CK* Surface Midthickness All Surface All

En. CVN X X

PCI X X X X

En/A CVN X X

E^/A PCI X X X X

r.,E. cw X X

L^E. PCI X

* Data sets representing the top, center, and bottom of plate

CK were not individually assessed for linearity due to the

limited number of test points available.

Thus, for each of the x's marked in the above table,

a linear fit appears to us to be better than the fit obtained

ajid presented in this report.

5. ACKNOWLEDGMENT

The authors would like to thank Messrs. T. P. Royston

and D. E. Harne for their assistance in taking measurem.ents on

and performing impact tests on the impact specimens and in

tlie preparation of the tables and figures used in this report.

Special thanks are due to Ms. D. Chessick for her valued

assistance with computer program ITER.

6

Figure lA

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SPECIMEN IDENTIFICflTieN

+ PRECf?flCREO ChfiRPY TESTS Of SURFflCE.

CMflRPY V-N3TCM TESTS 0F SURFACEo

o

<4-

Zj fl5l7-H. 2-1/4 IN., HEAT 89093-48-

o

^-100.0 -50.0 0-0 50.0 100.0 150.0 200-0

TEST TEMPERATURE (F)

i
>

\

i
Figure 7B

IMPfiCT TEST RESULTS F0R PLFlTE Z.

o

^ SPECIMEN IDEMTIFICflTIGN

o

2") PRECRflCKED CMRRPY TESTS OF SURFACEQ CrifiRPY V-lvJOTCH TESTS GF SURFACE.

o

o

CDLONGITUDINflL SPECIMENS: LT eRIENTflTIOM.

Z: ft5l7-h. 2-1/4 IN.. HERT 59093-48-

o

^-100.0 -50.0 0.0 50.0. 100.0 150.0 200.0

TEST TENPERRTURE (F]

Figure 7C

IMPfiCT TEST RESULTS FOR PLATE Z.

SPECIMEN IDEmiFICftTIGN

+ PRECRflCKED ChflRPV TESTS OF SURFACE

C3 CHfiRPV V-HCTCH TESTS 6F SURFRCE.

LONGITUOmflU SPECrnENS: LT ORIENTftTIOf^

Zt n5l7-H. 2-1/4 IN.. HEfiT 89093-46-

-100 .0 -50.0 0.0 50.0

TEST TEMPERATURE

100.0

( F ) 150 .0 200 .0
I

I

I
figure 8A

PRECRflCKED CHRRPY IMPfiCT TEST RESULTS PGR RSTn fi5l4/517 STEELS.

Q SPEClriEN IDENTIFICRTIQM

g-| H fli R517-F. 2-l/d IN., HE-RT BS863-2C

O flL: ft5l7-H, 2-1/4 IN., HEftT R4071-6 ^ L: R517-F. 2-l/A IN., HE-ftT 97L168-0SW2

o + n: R5U-F. Z-i/4 IN., HEftT 92L088-10W2

^- X niO-Qi R517-M. 2-l/A IW., HEAT C4913-4 ^ SUKF-Q: R517-H, 2-i/A IN., HEftT C4913-'*

Ki RSIA-M, 2 IW., HEftT 0761S-03H1

o 5f Zs fl5l7-H. 2-1/4 IN.. HEftT B9083-4B

o_

CO

TEST TEr.PERRTURE if)

Pigure 8B

PRECRRCKED CHRRPY IMPRCT TEST RESULTS PGR RSTM R514/517 STEELS.

SPCCIr-iE-N IDE:WTIf ICRTIGM

D R: fl5l7-r. Z-X/H IH . , HERT B9863~ZC

O RL: B517-H. Z-\/^ IN.. HERT RA071-6 ^ L: ft5l7-r. 2-1/4 IN., HERT S7L168-06H2

+ H: R514-F. Z-1/4 IM., riERT S2LQ86-10W2

X RID-Q: R517-H, 2-1/4 IW . , HERT CA913-4

SUKF-Q: P517-H. 2-1/4 I^3.. HERT C4913-4 ^ Rs RSU^H, 2 IM.. HERT 07619-03^1 ^ Zi R517-M. 2-1/4 IN.. HERT BS093-4B

MID-Q

LQNGITUOINRL SPEClMENSs

LT GRIENTRTION.

-r -250.0

T

150.0 -50.0 50.0 150.0

TEST TEMPERRTURE (F3

250.0 350.

^Figure 8C

PRECRRCKED CHRRPY IMPflCT TEST RESULTS PGR RSTd fl514/517 STEELS,

SPECIHEW lOENTIFICRTION

O.

CO

o.

COO.

GDo.

az

Q_XO

LUo.

CO _l

a:

LU

a:

o

o.

Q fl! f-:5l7-r. 2-1/4 IN., HERT B9863-2C

O RL: R517-H. 2-1/4 IN., HERT R4071-6

L: R517-F. 2-l/A IN., HERT 97L168-0SW2 + M: R514-F. 2-1/4 IN.. HERT S2L08a-10H2

Ri fl5l4-H, 2 IN., HERT 07619-Q3WI ^ Z: R517-H, 2-1/4 IW., HERT BS0S3-4B

LCKGITUrJINRL SPECIMENS:

LT 0RIENTRTI8N.

-250-0 -150-0 -50-0 50-0 150-0

TEST TEMPERATURE (F)

250-0 350
I

I

II

1
Figure 9

CHP.RPY IMPRCT TEST RESULTS FQR RSTH R5i4/517 STEELS.

SPECItlEM IDENTiFICfiTIQN

n tD Rs R3i7-F. 2-1/4 IN.. MtRT Ba863-2C, ' O fiL: R517-H, 2-l/A IN.. HERT fi4|ni-6 ^ L: R517-F. 2-1/4 IH., HERT 9?tlG8-06H2

+ MJ P514-F. 2-l/A IN.. HEflT^/2L088-lOW2

X MID-QJ PSn-H. 2-1/4 IN.. ijE^T C4313-4

O SURF-Q: fS5l7-H. 2-1/4 IN . J HE^RT_C49 ^ 3-4 ^

'^ R! {H5J4-H, 2 IM., KEflT Qli0^3Ul

^ H: P5l'?-H, 2-1/4 rw., KEaf BS0S3-4B

\

L

MID-Q

LeNGITUDINRL SPECIMENS:

LT GRIENTRTieN.

-250-0

T

150.0 -50.0 50.0 150.0

TEST TEMPERRTURE if)

T

250.0 Tso

Figure 9B

CHRRPY IflPflCT TEST RESULTS FOR fiSTH fi5U/5l7 STEELSSPECniEN 10ENTIFICRTI8W

E RJ R517-F. 2-l/d r.M.. HE:RT B9863-2C

CD RL: R517-H. 2-1/4 IK.. HERT ^407lj-6, ^ L: P517-F. 2-1/A IN.. HETRT 971/{G8-06H2 + ru flSU-F. 2-1/4 IN.. H^RT D-2L088 - 10H2

X niD-Q: fi5l7-H, 2-1/4 IN., 4^kpiT C4913-4 ^ SUF?F-Q: R517-H. 2-1/4 rNw/HEftT L4913- ^ R5 fi5l4-M. 2 IH.. HERT a7^l95Q3ia

5^ Zi P517-M. 2-1/4 IN.. HE:P|'P^BSC193-4B

\

L

MID-Q

LGNCITUDlKlflL SFEClMtKS:

LT 6RIENTftTI8N.

-250-0 -150.0 -50-0 50-0

TEST TEMPERRTURE

T

150.0

( F ] 250-0 350.0
I

I

I

L

.1
Figure 9C

CHRRPY rnPflCT TEST RESULTS F0R RSTn R514/517 STEELSo SFECIREN IDEMTIFICRTISN

E fts R517-F. 2-1/4 IPK, HEflT B9863-ZC

® RLj fl5l7-Hr Z-l/^ IN.. HERT fl407l-6

3? i

RS17-F. 2-l/A iM.. HERT S7L168-06W2

R514~F. 2-l/A IN., HERT 92L088" L0fc{2

R5U-H. 2 IN.. HERT 07619-03WI

RS17-H, 2-l/A IN., riE:RT B9093-4B

LQNGrTUOIWRL SPSCIHcNS:

LT QRIEK'TRTieN. . -250.0

T

150.0 -50-0 50-0 150-0

TEST TEMPERATURE (F)

T

250-0 350

Figure lOA

RESULTS OF NBS TESTS 0F LQMGITUDINflL CHfiRPY V-MOTCH inPflCT

SPECIMENS OF PLRTE CK . HEAT C4913-4 OF fl5l7-H STEELCO

o

CM

SPECIC'iElvJ lOFl'JTIFlCfiTlCM

O TOP CKi R517-M, HERT C4913-4. (LT). ^ CENTER CK: R517-H, HEAT C4913-4. (LT)

+ BOTTOM CKi R517-H, HEAT C4913-4. { LT

)

+ B

C

O

T

o

oo-l

JUO_J

2^

enCO

CD

CEO)

o

>-CD

LiJ

LUco

o

CO*

0.0

(LT) RMO (TL) ORIENTATIONS REPRESENT LONGITUDINRL AND

TRANSVERSE SPECIMENS. RESPECTIVELY

60-0 120-0 180-0 240-0

TEST TEMPERRTURE if)

300-0 360-0

Figure lOB

RESULTS 0F NBS TESTS 0F LONGITUDINAL CHflRPY V-NOTCH IhPRCT

SPECIMENS 0F PLATE CK , HERT C4913-4 OF fl5l7-H STEELo

SPECIMEN lOEMTIFICRTION

O TOP CK: fl5l7-H, HERT C4913-4. ( LT 3 . ^ CEt^TER CK: fl5l7-H, HERT C4913-4. (LT} + BOTTOM CK: fl5l7-H, HEAT C4913-4. (LT)

0-0

(LT) flWD (TL) ORIENTATIONS REPRESENT LQNGITUOINflL AND

TRANSVERSE SPECIMENS. RESPECTIVELY

T" 60-0 120-0 180-0 240-0

TEST TEMPERATURE (FJ

300-0 360-0

J?igure IOC

RESULTS QF mS TESTS 0F LONGITUDINAL CRflRPY V-K'QTCH IMPACT

SPECIMENS QF PLATE CK . HEAT C4913-4 OF A517-H STEELSPEClnfM IDENTIFICRTrOM

OJ O TOP CK: R517-H. HERT 0*913-4. (LT). ^ CENTER CK: fi5l7-H. HERT C4913-4. (LT)

+ BQTTQM CK: fl5l7-H, HERT C4313-4. (LT)

0-0

(LT) MO (TL) 0RIENTRTI(3NS REPRESENT LONGITUDIMRL AND

TRRNSVERSE SPECIMENS. RESPECTIVELY

1^ 60.0 120-0 180-0 240-0

TEST TEMPERRTURE if)

300-0 "sso -0

Figure llA

RESULTS 0F NBS TESTS 0F TRANSVERSE CHflRPY V-hJOTCH inPflCT

SPECinENS Gf PLATE CK . HEAT C4913-4 GF R5l7-h STEELSPECIMEN IDENTIFICftTietvJ

o

CSI

o

CO

O TQF CK: fl5l?-H, l-lEftT C4913-4. ( fL ) . ^ CENTER CK: ft5l7-H. HERT CA3\3-*-. (TL) + B8TT0M CK: fl5l7-H. HEAT C4S13-4. (TL)

0-0

(LT) RNO (TL) ORIENTflTieMS REPRESENT LONGITUDIN'RL AMD

TRANSVERSE SPEClr.EMS. RESPECTIVELY

T" 60.0 120.0 180.0 240.0

TEST TEMPERRTURE (F)

300 .0 360-0

Figure IIB

RESULTS Of NBS TESTS OF TRRMSVERSE CHflRPY V-N0TCH IMPP.CT

SPECIHENS OF PLATE CK . HERT C4S13-4 0F -q5]7-H STEELo

o

CSJ

DO

O

CO.

o 4k o

CO

SPEClriETv' IDFNTiriCflTION

O TOP CK : fl5l7-H, HEHT CASlS-A. ( TL 3 . ^ CCWrrR CK: ftSl7-H, HERT C4913-''. , { TL

)

0.0

(LT) Rt>JO (TL) ORIEHTflTION'S R^FRESEMT LCN'GlTUOINftL RN'D TRnnSVCRSE SPECItlFfiS. RESPECTIVELY

60.0 120.0 180.0 2A0.0

TEST TEhPERrqTURF if]

300-0 360 .0

Figure IIC

RESULTS 0F NBS TESTS Of TRANSVERSE CHPIRPY V-N0TCH lilPPlCT

SPECIMENS OF PLRTE CK . HEP.T C4913-4 Of ft5l7-H STEELo

CM

o

CSJ

om 00 -I

CO

SPEClr.El^ IDEMTIFICfiTlGN

O TOP CK: ft5l7-H, HERT CASlS-'i. ( TL ) .

CEN'TlR CK: nSl?-H, HEftT C4-313-4. ( TD

+ BSTTOri CK: ft5l7-H. HEfiT C49i3-4, ( TL 3

0-0

(LT) RND (TL) OR I ENTRT I OMS REPRESENT LONGITUDINAL RND

TRANSVERSE SPECIMENS. RESPECTIVELY

60.0 120-0 180.0 240-0

TEST TEMPERATURE if)

300-0

1

360-0
III - \ i r iI
Figure 12A

RESULTS 0P MBS TESTS 6F LONG I TUO I NRL PRECRPCKED CriRRPY itlPRCl

SPECIMENS OP PLHTE CK , HEPT C4913-4 0F fi5l7-H STEELSPECInt'M IDENT IFICPUON

O TOP CK: R517-H. ritPT C')9l3-4. fLl). ^ CtNlER C't: fi5l7-H. HEPT 0-1913 4, (LTi

-S- 801101 Cn*- ritPT 04913-'!, (LTj

fLTj PNO (11 J OSIENTfiTIONS REPREStNT LONGITUOINfiL RNO

TRANSVERSE SPECIIIENS. RESPECl I Vtl r 60.0 120-0 180.0 240-0

TEST TEMPERflTURE if)

300-0 360 .0

Figure 12B

RESULTS Of NBS TESTS OP LGNGITUDINPL PRECRPCKLD CriRRPY ItiPRCl

SPECIMENS Oh PLPTE CK , HEPT C4913-4 Of P5i7-H STEELo

o

o

OO

SPECIMEN IDiTNTIFICPTieN

O TOP CK: flbl7~M. HtPT C4913-4. nlj.

+ 801101 CM Pb?7-H, ritPl C19'3 '5,

o

o

o

CO-

(LT) MO (TL) 0f?IEMTflTieNS REP-

»?ESENT LSNGITUOIrJflL fiNO

, TftflN'SVERSh SPECIMENS. fJESPECllV

b.O 60.0 120.0 180.0 240.0 300.0 360-0

TEST TEMPERATURE (F)
II - ' : - - ' - - I i
.Figu?--e 12C

[RESULTS 01" NBS TESTS OF L0NGITUO1NRL PRECRPCKED CHPRPY IMPPiC"!

SPECIMENS 0^ PLHTE CK, HhPl C/\9l3 A OP P517-H STEELSPECIMEN tDENnFrCRHGN

O TOP CK: fi5l7-H, ritPT Ci3l3-4. »lT/. ^ CENTER Ct: R5l7-i^. HtPT C19I3-1. (Uj

BOTTOM C^: PSf-H, HtPT C19'3-1. (LT>

(LTj fihJO (Tl) ORIENTATIONS REPRESENT LONGITUDINAL ANO

TRANSVERSE SPECIMENS. RESPECUV

T ~1 0-0 CO.O 120.0 186.0 240.0

TEST TEMPERPIURE fPJ

300.0 360.0

Figure 13A

[RESULTS 0F TESTS GF PCI

SfECIilENS 0F PLRTES CK RND Q. HERT C4913-4 0F R517-H STEELC3 PLRTf Cl<;: rCI. (LT) I eWTRT I QW

O PLRTE: Q: FC!. (LT) 0f? [ ETNTRT I BN .

CM

O

CO-J

CD

2:°

CL. Ql

DO

>-CD

LU

LUcp

o

o

+ 2S(CK) 3-^

© ,4^

4*

CD

CK

4 /

44

4* 4^

44* yj>

4*' t' 4* //a , 4 t 4^ D tD 4^ O.t^

4^^ .>>^° ,tT^'

(LT) RNO (TL) 8PIENTRTI0NS f^EPRESENT LBNCITUOIMRL RND

TRRNSVERSE SPECItlENS. RESPECTIVELY

--40.0 20.0 80.0 140.0 200.0

TEST TEMPERRTURE (FJ

260 .0 320 .0
I

I

I

I

I

!
Figure 13B

RESULTS QF TESTS 0P FCI

SPECinEWS 8r PLRTES CK RMD 0. 1-iERT C49I3-4 0F R517-H STEELCD 3PECI(1E:U IDCWTiriCRTieN

Q TLRTe Cf^i FCI. ILT) Gi? I EiJ rRT I SW ^ PLRTE Q: FCI- ( LT ] 0fJ I tWTflT I BN .

Q e> 4 2S(CK) ^-"S!

(LT) RMD ITL) BR I ENTRT 1 0NS REPRESENT L6NGITU0IMRL RNO

TRRHSVERSE SPECIHENS. RESPECTIVELY

-40.0 20.0 80.0 140.0 200-0

TEST TEdPERRTURE ( F" ]

T 1

260 .0 320 .0

Figure 13C

[RESULTS 0F TESTS 0F PCI

SPECIMENS 0F PLRTES Cl^ RND Q. HERT CA3l'5-A 0F R5 17-H STEELJ-| Q fLRTE et^: rC!. ( LT 3 BR I EWTRT I SN ,

o

(N

O

(LT) RND ITL) 0f? I ENTRT 1 0NS REPRESENT LBNGITUDINRL RMD ^ TRRNSVERSE SPECII1EHS. RESPECTIVELY.

*^-40-0 20.0 80.0 140.0 200.0 260.0 320-0

TEST TEMPeRRTURE [F]

'I'igure 14 A

RESULTS 0F TESTS 0F CVN

SPECIdENS QF PLRTES CK RND Q. HERT CASi3~4 QF R517-H STEEL

O

J-| CD PLRTE Cn-' CVW. (LT) 0f? I EWTRT I

.

CD PLFlTC 0: CVN. ( LT ) QR I ENTRT I QN , ^ FLRTC CK: CVN. ( TL) 0R I CNTfiT I QN

.

CM

o

CO -I

11/2 -I

CD

>~

Q::

LU tp'

()

,0

CO

+ 2S [CK,(LT)]

-2S [CK,(LT)]

(LTl RND (TL) 0[? I ENTRT I QMS REPRESENT LeWGITUDINRL RHD

TRBN3VERSE SPECIMENS, RESPECTIVELY

-40 .0

T

20.0 80.0 140.0 200.0

TEST TEMPERRTURE (F)

260 .0 320 .0
I

I

!
Figure 14B

[RESULTS 0F TESTS 0F CVN

SPECIMENS Qr PCRTES CK RND Q. HEflT C4913-4 QP fi5l7-H STEEL.

0

^ SPeCinfN I0E:NTIFICflTI3N

5 FLflre cr^ : cvn. (lt) orifwtrtion. ^ O PlRTC 0:.CVN. (LT) QR i tNTRT i ON .

O

o

(N

o

o

CO -I

o

o

iU3_

a

CO

\,

QQ

'o

CM.

CCo

ctCE,.

a: CD

>-CD

LU • o_| LUcp

®^T^[CK,(LT)]

(LT) AND (TL5 81? I ENTflT I BN3 f?EPRESENT LQNGITUDINRL RNO

TRR^iSVERSE SPECIMENS. RESPECTIVELY.

-40 .0

T

20.0 80.0 140.0 200.0

TEST TEMPERRTURE IF)

26.0.0 320 .0

Figure 14C

(RESULTS QF TESTS QF CVN

SFECIdENS QF PLRTES CK RND Q. HERT C4913-4 QF fl5l7-H STEEL3FCCinEN lOCMTIFICBTIQN

CM

CM

O

CO.

o

2:°

GD<N.

a:

Q_

Xo

UJ

CE

bJ

I—

D PLRTf CK: CVN. ( LT ) Of? I ENTRT I OM * PLRTE" CRi CVN. (TL) 0f?IEMTRTIOi>i

O

0^

iCK,(LT)]

(LT) RKSO (TL) 8f? I ENTRT I QMS KEFRESENT LGNGITUOINRL WD

TRRNSVERSE SFECIflES'S. RESPECTIVELY,

-40.0 20.0 80.0 140.0 200.0 260.0 320-0

TEST TEMPERRTURE iF)
; I

I

\
Table lA

I^^PACT T^ST PFSULTS "^^^R ^laT" A.

Calculation;^ for e^'frgy ABSORPiiofvi data of

PRFCR^CKED CHARPY TFSTS OF SURFACE.

L0UGITLDIN'\L SPECIVEr'S: LT ORirNTATION.

a: A517-Fr iN.f Hp:AT RQA63-2C.

SPfCIVEN

5A1

5A2

5A,^

A-1

A-?

A-3

A-U

A-5

A-f.,

5A7

5A8

5Aq

5A10

5All

5A12

5Al3

SAl^f

5A15

5Ai6

5A17

5Aia

5A/^

5a5

5A6

5 A 19

5AP0

5 API

TEMPERATURE (F)

-40.0

-40.0

-40.0

-20.0

-20.0

.0

.0

20.0

20.0

- - 40.0

40.0

40.0

7U.0

74.0

74,0

120.0

120.0

120.0

16C.0

160.0

160 ,

0

180,0

ISO.O

- 180.0

210.0

210.0

210.0

OSSFRVED ENERGY

ARS^PPTTOM (FT-L^)

2.06

2.10

2.01

2.05

2. «0

2.S9

3. ^8

3.'^0

3.76

3.aa

4.32

7.69

6.«7

7.01

10.75

1 1.60

1.2.09

15. '^0 17.00

17. -^0 20.60

18. ?0

19.10

23.80

29.20

29.70

CALCULATED E^'^R'^-Y

ABSOOPTIOM (FT-L^)

2.2

5.2

2.2

2.4

P.

2.8

2.8

3.4

3.4

4.2

4

4

r6,

6,

11 .6

11.6

11.6

17.6

1"^.6

17.6

2n.Q

20.9

20.9

25.7

25.7

25.7

TRANSITION RE^IOrJr CALCU'LA^En VALUES

ENERGY

ABSORPTION

5.0

10.0

15.0

20.0

25.0

CALCULATED

TE'-1PERATURE{F)

53.4

107,3

143.4

174.7

205.5

/ TE'^PERATURE

/ (F)

/ 60.0

/ 65.0

/ 70.0

/ 75.0

/ 30.0

/ 85.0

/ 90.0

/ 95.0

-/ 10 0.0

/ 105.0

/ 110.0

/ 115.0

/ 120,0

/ 125.0

/ 130,0

CALCULATED ENf^i^GY

ABSORPTION (f^T-LR)

S.ii

5 .

8

- 6.2

6.6

7.1

7.6

8.1

8.6

9.1

9.7

10.3

11.0

11.6

12.^

13.0
I

I

I
Table IB

IMPACT TFST RESULTS !^0R PLAT^ A.

CAlCULATICmS for energy / A^EA DATA OF

PRECRACKED CHAPPY TESTS OF SURFACE.

LONGITUDINAL SPECT'tENS: LT OR IE^lTAT ION

.

a: A517--Fr 2-1/4 I^l.r HEAT R9a63-2C.

5PECI^4EN

5A1

5A2

5A3

A-1

A-2

A-3

A-U

A-5

A-6

5A7

5Aa

5A9

5A10

5A11

5A12

5A13

5A14

5A15

5A16

5A17

5A18

5A4

5A5

5A6

5A19

5A20

5A21

•EMPERATURE(F)

-40.0

-40.0

-40.0

-20.0

-20,0

.0

.0

20.0

20.0

40.0

40.0

40.0

74.0

74.0

74,0

120. 0 - 120.0

120.0

160.0

160.0

160.0

- 180,0

180.0

180.0

210.0

210.0

210.0

OBSERVED ENERGY

AREA ( IN-LH/SO IN)

224.03

- 228.43

245.^3 —- - 218. o4

222.99

304.57

281. "73

356.78

424. 22

408.^9

432.^2

469.^1

836.48

747.^8

762,51

1169,33

1261.73

1315,08

1718.^4

1849.17

1925.31

2240. "75 - 1990. "^7 - 2077.^9

2588. =»3 3176.21

3230.60

CALCULATED ENER'^Y

/'SREA ( IN-LB/S^ PU

244. 5

244.5

244.5

264.5

264.5

302.3

302.3

36U,7

364.7

45C1.3

459. 3

- 459.3

712.1

~ 712.1

712.1 - 1 264.6

1264.6

1264.6

191^.1

191^.1

1915.

2271.0

2271,0

2271.0

^795,9

^379^^,0

P795,9

TRANSITION REGION* CALCULATED VALUES —

ENERGY/AREA

(IN LR/SQ IN)

CALCULATED

TEVPFRATURE(F) /

/ TEMPERATURE

(F)

245.0 -39. 3 / 30.0

405.0 29.5 / -20.0

565.0 56.3 / -10.0

720.0 74.8 / .0

880.0 90.3 / 10.

1040.0 103.6 / 20.0

1200.0 115.5 — / 30.0

1360.0 126.4 / 40.0

1520.0 136.6 / 50.0

1680.0 146.3 / 60.0

184 0 .

0

155.7 / 70.0

2000.0 164.8 / 80.0

2160.0 173.8 / 90,0

2320.0 182.7 / 100.0

2480.0 1^1.7- / 110.0

CALCUL'^TED EN^^GY

/AREA( TM-L^/S'^ IN)

252.7

264.5

2P0.8

302.3

329.

Q

364. "7 - 4. n 7. 6

4'=^9."=i

- 5?0.A

'^'=52."' 675.7

770.3

- 876.^

Qnq..5

11^4.

Table IC

t^apact t^st results '^or p.lot^ a. calculatioi^'S for latfral expansion hata of

PRFCRACKED ChARPY TFSTS OF SURf^ACE.

L0^!GITUDIMAL SPEC I "-'ENS: LT OOi-rf^jT^TJON.

a: A517-F» 2-1/'+ HEAT B9fl63-2C.

SPECIMEN TEMPERATURECF) OnSERVED L^TE^AL CALCULATEP LATERAL

EXPANSION (MILS) EXPANSION (MILS)

5A 1 —40 . 0 1.00

5A2 -40 . 0 .00 . 9

5A3 -40.0 1.00 , g

A-1 -20.0 - - - 1,00 1 ,

3

A-? -20 , 0 .00 1 , 3

.0 ? , 00 1

J. .• q" A—£i. • u P . 0 0 1 Q

7> n n on P Q

A—

o

on n O . J U

A 7 + u . U

- _ o . n" nu

1 l| , 0

D Ao H-0 • 0 '+ . L) (J

/I4.2

t u • u

iiH n n . u u

"7/1 ^ 74 • 0 8.00 7.3

O A 174 . 0 9.00 - 7.3

5A12 74.0 8.00 7.3

5A13 120.0 - - 13.00 l"^.4

5A14 120.0 15.00 13.4

5A15 120.0 14.00 13.4

5A15 160.0 18.00 IQ.P

5Al7 160.0 18.00 1Q.9

5A18 160.0 21.00 10.0

5A4 180.0 23,00 - 23.2

5A5 180.0 23.00 23.2

5A6 180.0 ----- 21.00 - 23.2

5A19 210.0 26.0 0 28.0

5A20 210.0 31.00 28.0

5A21 210.0 30.00 28.0

TRANSITION REGIOrJ» CALCULATED VALUES

LATERAL CALCULATED /

EXPANSION (MILS) TEMPERATURE ( F ) /

- - 5.0 c^o.5 /

10.0 96.1 /

15.0 130.3 /

20.0 160.7 /

25.0 190.7 /

/

/

/

/

/

/

/

/

/

EMPE'^ATURE CALCULATED LATERAL

(F) EXPANSION

(

60.0 - 5.9

65.0 6.4

70.0 6.Q

75.0 7.4

80,0 8.0

85.0 8.6

90.0 9.2

95.0 9.9

100.0 10.5

105. 0 11.-

110.0 11.

Q

115.0 12.

120.0 13.4

125.0 14.2

130.0 14.

Q

.Table 2A

IMPACT. TFST ^FSULTS FOR PLM- A.

CALCULmTIOMS for ENFRGY adsorption n'\TA OF

CHaRPY V-NOTCH tests OF SUP^ACF.

LONGITUDINAL SPECT'ENS: LT ORIENTATION.

a: A517-Fr P.-l/U iM.r HEAT R9B63-2C.

SPFCI^^e'N TEMPERATURE (F) ORSFRVEn ENE'^GY

ABSORPTION(FT-L«)

CALC'iLAT^D !^^!F ARSORPTTON(F-^-

6Al -40.0 13.^0 14.5

6A2 -40.0 14,^5 14.5

6A:^ -40.0 13.28 1'^.5

6AU .0 15.20 15.4

6A5 .0 15.73 15.4

6A6 .0 16.42 - 15.4

6A7 40.0 17.29 17.1

6A.q 40.0 20.19 17. 1 6Aq 40.0 15.73 17. 1 6A10 74.0 19.40 ia.5

6A11 74.0 18.58 19.5

6A12 74.0 16.68 10.5

6A13 120.0 21.40 2^.0

6A14 120.0 25.36 25.0

6A15 120.0 26.35 25.0

6A1& 160.0 30.57 31.7

6A17 160.0 30.48 31 .7

6A18 160.0 27.19 31.7

6A1 9 210.0 37.93 3°.

6ApO 210.0 39.06 3'^.4

6A21 210.0 42.53 39.4

TRANSITION REGIO,N» CALCULATED VAL'JFS

ENERGY CALCULATED / TEMPERATURE C^LCULSTED ENEPGY

ABSORPTION TEN'PERATURE(F) / (F) APSORPTIONf FT-LB)

15.0 -14.4 / - -10.0 15,

20.0 79.0 / -5.0 15.2

25.0 119.8 / .0 15.4

30.0 150.3 / 5.0 15.5

35.0 179.0 / 10.0 15.7

/ 15.0 15. a

/ 20.0 ^ —- T6.

/ 25.0 16.'^

/ 30.0 16.5

/ 35.0 16.8

/ 40.0 17.1

/ 45.0 17.4

/ 50.0 17.7

/ 55.0 18.0

/ 60.0 18.4

/ 65.0 18.

/ 70.0 19.:^

/ 75.0 19.6

/ SO.O 20.

/ 85.0 20,6

Table 2B

IMPACT TEST RESULTS ^OR dlaT'" A.

CALCULATIONS FOR ENERGY / A^EA RATA OF

CHARPY V-NOTCH TESTS 0^ SURFACE.

LONGITUDINAL SPECP^ENS: LT ORIENTATION.

a: A517-F» 2-1/4 iN.r HEAT ngR63-?-C.

SPECIN'EN TEMPERATURE (F) OBSERVED ENERGY

apPA ( IM-LQ/SO I^!)

CALCULAT'^D "^^'^l //>REfl ( IN-i.R/S^

6A1 -40.0 lP7b.^° 140n.O

6A2 -40.0 1406. °2 1400.0

6A3 -40.0 1 ef. n » el 1400 . 0

6A4 .0 1469.66 14B4.3

6AS .0 1520.^1 1 4R4.3

6A*S .0 15R7.^2 1484.3

6A7 40.0 1671 ,74 164'^.

6

6i\R 40.0 19S2.14 1640. fc, 6A9 40,0 l^SO.*^! 164Q.6

6A10 74.0 -

1 875*^6 1896.3-

6A11 74.0 1796.47 1S96.3

6A12 74.0 161 2.76 1896.3

6A13 120.0 2069. 1-3 2452.

6A14 120.0 2452.02 2452.1

6A15 120.0 2547.74 2452.

6A16 - 160.0 2°55.76 3122.7

6A17 160.0 2947.06 3122.7

6A18 160.0 - 2628, Q6 3122.7

6A19 210.0 3667. '^9 3862.6

6A20 210.0 3776.65 386P.6

6A21 210.0 4112. 16 386-5.6

TRANSITION REGIOrJr CALCL'LATED VALUES

ENERGY/AREA

(In LI/SQ INI)

1555.0

1715.0

1875.0

2030 .

0

2190 . 0

2350.0

2510.0

2670.0

2830.0

2990.0

3150.0

3310 . 0

3470.0

3630 .

0

• 3790 . 0

CALCULATED /

TEMPERATURE (F) /

20 .3 /

50.8 /

71.6 /

87.4 /

101.1 /

113.0 / - 123.8 /-

133.8 /

143.3 /

152.5 /

161.6 /

170.

/

180.5 /

1^1 .0 . /

203.3 /

/

/

/

/

TEMPERATURE

(F)

30.0

35.0

40.0

45.0

50.0

55.0

60.0

65.0

- 70.0

75.0

80.0

85.0

90.0

95.0

100.0

105.0

110.0

115.0

120.0

125.0

CALCULATED EN^^^GY

//vRFA ( TN-L'^/SO IN)

15Q7.8

1622.7

1649.6

1678.7

1710.

1743.7

-- 17P0.0

1819.0

I860 .

Q

1905.5

1Q^3.^

2004.2

20'^8.^

2115.7

2176.

2240

.

2307.^

2378.4

2452.1

2528.8

Table 2C

IMPACT TEST ^^ESULTc; ^OR n[_^jT ^.

CALCULATION'S FOR LATERAL Ey^ANSION DATA OF

CHARPY V-NOTCH TESTS OF SU=^-ACE.

L0NGITiJ3i;jAL SPECT'EMS: LT OR i^njtaTTON . a: A517-Fr 2-1/a IN.» HEAT B98^3-2C.

SPECIVEN TEMPERATURE (F) OBSERVED LATERAL CALCULATED LA^^^^aL

6AI

6A2

6A3

6Ai+

6A5

6A6

6A7

&A,R

6ACI

6AlO

6A11

6A12

6A13

oAl^^

6A15

6A16

6A17

6 A 18

6A19

6A20

&A21

-40.0

-40.0

-40.0

.0

.0

.0

40.0

40,0

40.0

74.0

74 . 0

74. 0

120.0

120.0

120.0

160.0

160.0

160.0

210.0

210.0

210,0

LATERAL

EXPANSION (MILS)

15.0

20.0

25.0

30.0

CALCULATED

TE^-^pERATURECF)

31.5

121 .

151.0

180.3

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

(MILS) EXOANSTON (MIL<^)

10.00 10.0

11.00 10.0

3.00 10.0

9.00 10.6

11,00 10.6

11.00 10.6

11.00 12.0

14.00 1^.0

10.00 12.0

13.00 14.3

14,00 14.3

12.00 14,3

21.00 19.3

20.00 1°. 3

24.00 10.3

26. 00 - ^ - - - 26.6

25.00 26,6

24,00 26.6

32.^0 33.3

35.00 - 33.3

36.00 33.3

:nLATED VALUES

:^^PEf^ATUR^ CALCUL.ATED L

(F) EXi^ANSTOMC'TI

90.0 15.9

95.0 16.^

10 0.0 17.1

105.0 17.7

110.0 18.4

115.0 19.

- 120.0 —19.

125.0 ^0.6

130.0 51,4

135.0 22,2

140.0 23,1

145.0 24.0

150.0 24.3

155.0 25."^

160.0 26.6

165.0 ^7.5

170.0 58.3

175.0 29.

180.0 30.^

13^.0 30,7

RAL

Table 3A

IMPACT TEST PF5ULTS F^R ^-""LATr al.

CALCULATIONS FOR EMFRGY ABSORPTION DATA OF

PRFCRACKED CHARPY TFSTS OF SURFACE.

LONGITUDINAL SPEC r'.f^^JS : LT OR I PNTA^ I CM

.

AL: A517-H» IN.r HEAT A4071-6,

SPpC *J r T K'.^M ri ^ X s _ »

1 r.. 1" 1 • c r\ M ! 'J 1 ' C_ V I / -/ J Pv V - ' , . * -i O 1 APSORPTIOr^M^ ' — Lh; ABSOPPTIOMl^iDALi — oO • 0 <£ . o 1 ^ . 6

oALiC —hO 0 M- • '^2 5 .

9

AL-2 -hO.O 8.^0 5 .

9

AL-3 -4 0.0

~

8. "'2 R,Q

5AL9 .0 6.33 7.B

5AL3 20.0 8.30 9.0

AL-1 20.0 7.05 Q.O

AL-4 60.0 " - 9.04 11.8

AL-5 60.0 10. '^O 11.8

5AL4 7U,0 — 13.00 13.0

5AL8 74.0 14.10 13,0

5AL5 120,0 19.00 17.5

5AL7 160.0 24. ?0 22.0

AL-6 160,0 20.^5 22.0

5AL6 210.0 32.60 28.0

TRANSITION REGION* CALCULATED VALU'^S

ENERGY

ABSORPTION

5.0

10.0

15.0

20.0

25.0

CALCULATED

TEMPERATURE (F)

-66.6

35.5

95.6

143.0

185.2

TEMPE'^ATURE

(F)

-60.0

-50.0

-40.0

-30.0

-20.0

-10.0

-— - . 0 - 10.0

- 20.0

30.0

40.0

50.0 — 60 . 0

70.0

80.0

90.0

100.0

110.0

/ 150.0

C/^LCULATED EN^^GY

APSORPTION(FT-LB)

5.2

5.6

5.Q

6.3

6.8

7.3

7.8

8.4

9.0

9.6

10.3

11.1

11, A

12.7

13.6

14.5

15.4

16.4

17.5

18.5
II r

if
Table 3B

IMPACT TEST RESULTS FOR PL'VT^ AL.

CAlCULATIOmS for E^iERGY / '^REA DATA OF

PRECRACKED CHARPY TESTS OF SURFACE.

LOMGITMDINAL SPECr^ENS: LT ORIENTATION.

AL: A5l7-Hf TM.r HEAT A4071-6.

SPFCr-'EN TEMPERATURE (F)

5AL1

5AL2

AL-2

AL-3

5AL9

5AL3

AL-1

AL-f+

AL-5

SAL'^

5AL3

5AL5

5Al7

AL-6

5AL6

-an.o

-^n .0

-40.0

-40.0

.0

20.0

20.0

60 , 0

60.0

74.0

74. 0

120.0

160.0

ioO . 0

210.0

ORSERVEO ENERGY

AREA(IN-LP/SO IN)

283.^0

524.^9

935.46

- - - Q4a.51

6^3. "^4 902.

766. ^6

°93.^2

1142. 1

3

1414. n?

1533. '2

2066.71

2632. "^4 2267.^5

3546.05

CALCULATED EMppcY

/AREA ( IN-LB/SO I^l)

502.0

645»0

645.0

- 645.0

84^.3

976.

976.

• 1288,6

1288.6

1416.3

1416.3

1900,3

2389.3

?38c^.3

3049.9

TRANSITION REGION* CALCULATED VALUES

ENERGY/AREA

(IN LR/SG IN)

505.0

665.0

825.0

980.0

1140.0

1300.0

1460.0

1620.0 , I78n.0

1940.0

2100.0

2260.0

2420.0

2580.0

2740.0

2900.0

CALCULATED /

TEWPERATURE(F) /

-79.0 /

-35.4 /

-4.0 /

20.6 /

42.2 /

61.3 /

78.6 /

94.5 /

109.4 /

123.4 /

136.

/

149.8 /

162.4 - -V174.7 /

-186.8 - /

198.8 /

---- /

/

_ ./„,

/

TEMPERATURE

(F)

-70.0

-60.0

-50.0

-40.0

-30,0

-20.0

-10.0

.0

10,0

20,0

30,0

40.0

50.0

60.0

70.0

80.0

90.0

100.0

110.0

120.0

CALCULATED EN^^GY

/aPF-A { TN-L^/S^ IM)

532.

=^66.7

604.0

645.0

689.7

7^8.4

7Q1.2

8U8.3

909,

q

1 1047.0

1122.7

1203.2

1288.

6

-- -1378.8

1473.

a

1573.8

1678.^

1787.2

1900.3
\
Table 3C

impact test results f^or '^lat^ al.

calcul/^tioms for latfral ex^amsion data of

precracked chappy trsts of sur-ace.

LOtJGITUOI.'JAL SPECI^^ENS: LT ORIEMTATTON.

AL: A517-Hf iM.f HEAT A4071-6.

SPFCI'^EN TEMPERATURE (F) ORSFPVED LATF'^AL CALCULATED LATFraL

- FXPAMSIOM (MILS) EXPANSION (MIL^O

5AL1 -80.0 .00 P.

5AL2 -40.0 2.50 U.3

AL-2 -ilO.O 9.50 U.3

AL-3 - 40.0 - — 7.50 - - 4,3

SAL*? .n 3.50 6.5

5AL3 20.0 7.00 7.8

AL-1 20.0 6.00 7,8

AL-4 • 60.0 10.00 11.0

AL-5 50,0 10.50 11.0

5AL4 -74.0 12.^0 12.3

5AL8 74.0 12.50 IP.

3

5AL5 120.0 17.00 17.0

5AL7 160.0 22.50 21.5

AL-6 160.0 21.50 21.5

5AL6 210.0 32.no 27.6

- - TRANSITION REGION* CALCULATED VAL'JES

LATERAL CALCULATED

EXPANSION (viLS) TEMPER ATURE ( F

)

5.0

10.0

15.0

20.0

25.0

-26.2

48.2

101 .7

146.9

1«8.5

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

• - /

/

/

/

TE^^PERATURE

(F)

-20.0

-10.0

.0

10.0

20.0

30.0

40.0 • 50.0

60.0

70.0

80.0

90.0

100.0 - 110.0

120.0

130.0

140.0

150.0

160.0

170.0

CALCULATED LATERAL

EXPAN5T0N('"IL'=)

5.^

5.9

6.5

7.1

7.8

8.6

9.3

10.1

11.0

1 1 . Q

- 12.

13.8

li^.q

15.9

17.0

18.1

-19,2

20.4

o 1 , ^ 22.7

Table 4A

IMPACT TEST RESULTS ^'^R f^LAT" AL.

CALCULATIO^iS FOR E\'ERGY ABSORPTION DATA OF

CHAPPY V-MOTCH TESTS 0^^ SURi^AC-.

LONGITUDINAL SPECIMENS: LT ORIENTATION.

AL: A517-H» IM.» HEAT A4071-6.

SPfCP'EN TEiviPERATitRE(F) OBSERVEH ENERGY CALCULATED ^^l^RnY

ABSORPTION (F^-LR) ABSOPPTION ( -^-L"^ ) 4AL1 - -40.0 6.^5 7,7

1+AL2 .0 10. SO 10.1

4AL3 20.0 11. '^0 12.1

ifAL^ 20.0 - lO.'iO 12.1

i+AL5 20.0 13.10 12.1

t+ALo 74.0 20.^5 20.2

4AL10 Tt^.O 22.^^0 20.2

4AL7 120.0 2if.70 28.9

t+AL9 120.0 31.10 28.9

i+AL3 210.0 — -- - ivl.SO - 41.6

TRANSITION REGlONr CALCULATED VAL'.'ES

ENERGY CALCULATED / TEMPERATURE CALCULATED EN'^^'GY

ABSORPTION TEMPERATURE(F) / ( F

)

APSORPTIQMf cT-LB)

10.0 -.8 / .0 10.1

15.0 42.2 / 5.0 10.5

20.0 72.7 / 10.0 11.0

25.0 99.6 / 15.0 11.5

30.0 126.1 / 20.0 12.1

35.0 155.2 - - / 25.0 12.7

40.0 192.9 / 30.0 13.3

/ 35.0 14.0

/ 40.0 14.7

/ 45.0 15.4

/ 50.0 16.2

/ --55,0 17.0

/ 60.0 17.8

/ 65.0 18.6

/ 70.0 19.5

/ 75.0 20.4

/ 80.0 21.3

/ 85.0 22.2

/ 90.0 23.

/ 95.0 24.1
I
Table 4B

IMPACT TP"ST RESULTS ^"^R r^LAT^ AL.

CALCULATIOriS FOR EMFPGY / AREA DATA OF

CHARPY V-NOTCH TESTS OF SURFACE.

LOrslGITiJDiriAL SPECrTNS: LT ORIENTATION.

AL: A517-H» ^-1/4 IN.» HEAT A4071-6.

SPECIMEN TEMPERATURE (F) OBSERVED P"NE°GY

AREA( IN-LR/SO pi)

CALCIILATtrQ rMpRf^Y

/AREA ( TN-LR/S^ P')

4AL1 671. '^S 74^.2

M-AL2 .0 1015.23 973.6

i+AL3 20.0 1150.59 1 16^.2

i+AL4 20.0 1005.56 116°.

i+AL5 20.0 1266.62 1.16.^,. 2

4AL6 74-,

0

2015.^5 1955.7

i+ALlO 7i+.0 2175.^^9 • 195^.7

120.0 23B8.20 2791 .Q

ifAL9 120.0 3007.01 5791 .Q

4AL3 210.0 - «i041 .58 tf023.R

TRANSITION REGIONr CALCULATED VALUES

ENERGY/AREA

(In LB/SQ IN)

905.0

1065.0

1225.0

1380.0

1540.0

1700.0

1860 .0

- 2020.0

2180.0

2340.0

2500.0

2660.0

2820.0

2980.0

3140.0

3300.0

3460.0

- 3620.0 -- - 3780.0

3940.0

CALCULATED /

TEMPERATURE (F) /

-8.9 /

10.1 /

24.9 /

37.2 /

48.4 /

~~-58.7

68.4 /

77.7 /

86.6 /

95.4 /

104.1 /

112.8 — /

121.6 /

130.6 /

139.9 /

149.7 /

160.2 /

- 171.8 '/

184.8 /

200.3 /

TEMPERATURE CALCULATE^ EN^^GY

(F) /AREA ( TN-Lo/SO

.0 973.6

10.0 1063.8

20.0 1168.2

30.0 1286.7

40.0 1418.

8

- 50 . 0 - 1563.8

60.0 17^0.3

70.0 18.06. A

80.0 2061 .2

90.0 2241.

a

100.0 • 2425.

110.0 - - - 2609.3

120.0 2701 ,Q

130.0 2Q70.1

140 .

0

3141 .6

150.0 3304.3

160.0 3456.4

170.0- 3596.5

180.0 3723.7

190.0 38^7.3
I

I

r c
•Table 4C

IMPACT TEST PFSULTS FOR PLAT^ AL.

CALCULATIONS FOR L'^TFRAL EXf^ANSION DATA OF

CHARPY V-NOTCH TESTS OF SURFACE

.

LONGITUDINAL SPEC^'1F^!S: LT OR I FNT AT T ON

.

AL: A'=^r7-H» TM.r HEAT AUOTl-^,

SPECIMEN TEMPERATURE(F) ORSERVED LATERAL CALCULATED LATpraI

EXPAMSION (^/TLS) E^PANSTON (MIL-^)

i+ALl 2.^0

i+AL2 .0 7.0 0 6.0

UAL3 20.0 3.00 .5.1

20.0 6.00 . 1 4Al5 20.0 9.0 0 A.l

UAL6 7'+.0 16. "^0 16.1

4AL10 • 13.00 16.1

4AL7 120.0 20.^^0 2i+.2

^+Al9 120.0 26.50 24.2

*fAL8 - -

- 210,0 36.^0 36.1

TPANSITION REGION f CALCULATED VALUES

LATERAL CALCULATED / TEN'PE'^ATUPE CALCULATED

EXPANSION (MILS) TEMPERATURE (F) / (F) EXPANSION

(

5.0 -12.7 / -10.0 5.2

10.0 3'^.6 / .0 6,0

15.0 67.3 / 10.0 7.0

20.0 Q6.i / 20.0 8.1

25.0 12^^.6 / 30.0 9.4

30.0 - 156.0 - — - /- i+0.0 10,

y

35.0 197.3 / 50.0 12.2

/ 60.0 13.

/ 70.0 15.4

/ 80.0 17.2

/ 90.0 18. Q

/- 100.0 20."^

/ 110.0 22.5

/ 1.20.0 24.2

/ 130.0 25. ci / li+0.0 27.6

/ 150.0 29.1

/ 1 60.0 - - - ^0.6

/ 170.0 31.9

/ 180.0 33.2

Table 5A

IMPACT T-ST RFSULTq r'^R '^L'^T^ L.

CALCULATIONS FOR EMEPGY ABSORPTION 0'\TA OF

PRECRACKED CHAPPY TESTS OF SURFACE.

LOhG-ITLDINAL SPECr^^NS: LT ORif^-NTATIOM.

L' A517-Ff 2-1/4 IM.» HEAT 97L168-06W2.

SPECIVEiNl TEMPERATURE (F)

5L1

5L10

L-1

L-2

5L2

L-3

L-'4

L-5

L-6

5L7

5LS

5L3

L-7

L-.q

5La

5L9

5L5

-80,0

-60,0

-en.n

-40 ,0

-40.0

-40.0

-20 ,0

-20.0

.0

.0

20.0

40.0

40,0

73,0

73.0

120.0

210.0

OBSERVEH ^NE^GY

ABSORPTIONK^'^-L")

7.^0

6.^0

10,20

9,^0

12. '^O 13, ^0

14,00

15,50

18,^0

26,30

24, "^0 23.20

36.^0

42.60

44.40

48.40

52, «0

52.60

7

•7

CALCULATc^D EVERGY

ARSORPTI^NC^^-LP)

r6

^.1

c). 1 12.0

12.0

12.0

16.8

16.8 - 23.3'

23.3

30 .8

38.3

38.3

47.4

47.4

52.2

52,7

TRANSITION REGlONf CALCUL'^'^ED VALUES

ENERGY CALCULATED / yPMPE^ATURE CALCULATEH EN'^t^GY

ABSORPTION TEMPERATURE (F) / (F) APSORPTIO^'(^T-LB)

10.0 -52.4 / -50.0 10.3

15.0 -26.8 / -45.0 11.1

20.0 -9,7 / -40.0 12.0

25.0 4,6 / -55.0 13.1

30.0 17.8 / -30.0 14.2

35.0 31.0 / -25.0 15.5

40.0 45.2 / -20.0 16. ^ 45.0 62.2 / -15.0 18.3

50.0 8Q,1 / -10.0 19,

Q

/ - -5.0 ?1 .ft / ,0 23,3

/ 5,0 25,5

/ 10.0 27, 0

/ 15,0 28,9

/ 20.0 30. ^ / 25.0

/ 30.0 34.6

/ 35.0 36,^.

/ 40 .0 38. ^ / 45. 0 39 , o
I

I

I
Table 5B

IMPACT TEST RESULTS ^OR PLAT" L.

CAlCULATIOmS for energy / AREA DATA OF

PRECRACKED CHAPPY TESTS OF SUpc^ACE.

LONGITUDINAL SPECT'EfiS: LT ORIENTATION.

Lt A517-Ff 2-1/4 iN.f HEAT Q7L16a-n6W2.

SPfCIvIEN TEMPERATURE (F) OBSERVED ENERGY

/VREA ( IN-LR/S^ IN)

CALCULATro ENERGY

/ARE'^- ( IN-LP/S'-^ IM)

5Ll -80.0 703. 18 83^.7

5L10 -80.0 739.67 83^.7

L-1 -60.0 1109.50 992.9

L-?> -60.0 10^2.43 992.9

5L2 -40.0 1343. 80 1 294.6

L-:^ -40.0 1^11 .'^7 1294.6

L-:; -40.0 1 5 5 2 ,

.'^ 4 1294.6

L-5 -20.0 lf>86.00 1790.6

L-6 -20.0 ?0^3.^1 179^.6

5L7 .0 2860.77 - 2487.2

5L8 .0 2708.48 2487.2

5L3 20.0 2523.57 3323.

S

L-7 40.0 4013.78 4171.4

L-P, 40.0 4633.79 U171.4

5L4 73.0 ii829.'-^9 521^.3

5Lq - 73.0 - 5264.68 -

- 521^.

3

5L5 120.0 5743.^9 5700.8

5LfS 210.0 5721.54 5732.4

TRANSITION REGION f CALCULATED V^LIFS

ENERGY/AREA

(IN LR/SQ IN)

1155.0

1475.0

1795,0

2110.0

2430.0

2750.0

3070.0

3390.0

3710.0

4030.0 —

4350.0

4670.0

4990 .0

5310 . 0

5630.0

CALCULATED /

TE^^PERATU^E(F) /

-47.9 /

-31.7 /

-1^.9 /

10.2 /

-1.5 /

6.5 /

14.1 /

21.5 /

28.9 /

- 36.5 /

44.6 /

_ 53.4 /

63.8 . /

77.4 /

103.4 /

_ /.

/

/

/

/

TEMPERATURE

(F)

-40.0

35.0

-30.0

-25.0 - -20.0

15.0

-10.0

5.0

.0

5.0

10.0"

15.0

20.0

25.0

30.0

35.0

40.0

45.0

50.0

55.0

CflLCULATEH EN^PGY

/AREA(IN-L°/S^ IN)

12^4.6

13^9.2

1516.6

1647.

17^0.6

1947.0

2115.3

22Q6.2

2UP7.2

P5P7.2

2304.

3107.5

3323.5

35U0.^

37^5.7

3966.^

4171 .i+ 4367.0

45«:^1 .7

4723.5
I

i •
Table 5C

I^^PACT T'^ST RFSULTS FOR dlaT^ L.

CALCULi^TIO^lS FOR LATFRAL EXf^ANSION DAT/^ OF

PRECRACKED CHAPPY TESTS OF SURFACE.

LONGITUDINAL SPECIMENS: LT orifmtation.

L-: A517-F» iN.f HEAT '^7L168-06W2

.

SPECIMEN TEMPERATURE(F) OBSERVED LATERAL CALCULATED LATroAL

EXPANSION (MILS) E^PANSTON (MIL'^)

5L1 -80.0 6.00 6.. 5

5L10 -80,0 i+.'^iO 6.5

L-1 -60.0 10. =^0 «.3

L~P_ -60.0 8.00 - - 8.3

5L? -i+0.0 10.00 11.4

L-3 -40.0 12.50 11.4

L-4 -40.0 13.00 11.4

L-5 -20.0 - 15.00 15.9

L-6 -20.0 17.no 15.9

5L7 ,0 ?4.5G --21.5

5L8 .0 20.00 21.5

5L3 20.0 19.00 -27.7

L-7 40.0 36.00 33.6

L-8 40.0 37.0 0 - - 33.6

5L4 73.0 39.^0 40.7

5L9 ~ 73.0 — 39.50 - 40.7

5L5 120.0 45.00 44.5

5L6 210.0 45.00 45.0

TRANSITION REGTON» CALCULATED VALUES

LATERAL

EXPANSION(

10.0

15.0

20.

C

- 25.0

30.0

35.0

40.0

IILS)

CALCULATED

TEMPERATURE (F)

-47.9

-23.5

-5.1

11.3

27.6

45.4

68.6

/ TEMPERATURE

/ (F)

/ -40.0

/ -35.0

/ -30.0 . / -25.0

/ -20.0

/ -15.0

/ -10.0

/ - -5.0

/ .0 V—— 5.0

/ 10.0

/ 15.0

/ 20.0

/ 25.0

/ 30.0

/. 35.0

/ 40.0

/ 45.0

/ 50.0

/ 55.0

CALCULATED LATERAL

EXPAN5T0N C'TL^ ) 11.4

12.4

13.5

- 14.6

15.9

17.2

18.6

20.0

21.5

23.0

24.6

26.1

27.7

99.0

30. "7 ^2.P

33.6

34.9

36.2

37.3

jable 6A

IMPACT TFST RESULTS P^R ^LAT^ L.

CALCULATIOrjS FOR EMERGY ABSORPTION DATA OF

CHARPY V-N'OTCH TESTS SUR^AC-.

LOmGITU'DINAL SPECIMENS: LT ORIENTATION.

L: A517-FF 2-1/4 iN.f HEAT ^7L168-nf>u/2

.

SPeCI'^'EN TEMPER ATI IRE (F) OBSf^RVEO ENE"G

ABSORPTTON (FT4LQ -80.0 10.^0

4L10 -80.0 8,80

4L1 -40,0 39. ^0

ifL2 .0 - 72.30

4L3 20.0 79. 10

20.0 65, =^0 20.0 70.50

73.0 79.10

4L7 120,0 78.80

210.0 74.90

CALCULATrD ^r!FROY

ABSORPTION (PT-L^)

11.1

11.1

38. 6

68.2

75.0

• 75.0

75.0

79.0

78.7 — 73.6

TRANSITION REGION f CALCULATED VALUES

ENERGY

ABSORPTION

15.0

20.0

25.0

30.0

35.0

40.0

45.0

50.0

55.0

50.0

65.0

70.0

75.0

CALCULATED

TE^^PERATURE(F)

-70.1

-62.0

-55.5

-49,6

-44.0

-38.5

-33.0

-27,3

-21.

-14,3

-6.2

4.0 - 20.0

/ TEMPERATURE

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

(F)

-70.0

-65.0

-60.0

-55.0

-50.0

-45,0

-40.0

-35.0

-30.0

-25.0

-20.0

-15.0

-10.0

-5.0

.0

5.0

10,0

--15,0

20,0

25.0

CALCULATEH EN-RGY

A°SORPTION(FT-LB)

15.1

18,0

21.5

^>5.4

^9.6

•^4.1

38.6

43. '5 47.6

51.

Q

55.8

59.5

62.8

65.7

68.2

-70.4

72.2

___ 73. A

75.0

76.0

Table 6B

IMPACT T^ST RESULTS TOR dlaT^ L.

CAlCULATICMS for EMFRGY / AREA DATA OF

CHaRPY V-,N0TCH TESTS 0^ SU'^f^ACE.

LONGlTUDIfJAL SPECIMENS: LT ORIENTATION.

L: A517-F» P-l/^ iN.f heat ^7L168-06V'i2.

SPECIMEN TEMPERATURE (F)

^L9

kL9,

-80.0

-80.0

-^+0.0

.0

20.0

20.0

20.0

73.0

120.0

210.0

OBSERVEO ENERGY

'iREA ( IN-LB/SO IN)

1053.^0

850, «5

3P'+8. ^0

69^0.^7

7648. 05

6333.09

6816. "^3

7648.05

7619.05

7241.^6

CALCULATrD ^^IER'^Y

/'^.REA ( xN-LP/s^ rn

1 06Q.3

106Q.3

3891.0

6801.0

737^.7

7373.7

7373.7

7644.3

759=^.7

7149.1

TRANSITION REGIONr CALCULATED VALUES

ENERGY/AREA

(IN LR/SO IN)

1383.0

170^.0

2025.0

2340.0

2660.0

- 2930.0

3300.0

- 3620.0

3940.0

4260.0

45an.O

4900.0

5220.0

5540.0

5660.0

6130.0

6500.0

6820.0

7140.0

- 7460.0

CALCULATED /

TEMPERATURE (F) /

-71.5 /

-65.8 /

-61.2 /

-57,2 /

-53.4 /

-49.8 /

-46.3 /

-42.9 /

-39.5 /

-36.1 /

-32.6 /

- -29.0 /-

-25.2 /

-21.2 /

-16.8 /

-12.0 /

-6.4 /

,5 /_

9.7 /

25.8 /

TEMPEPATI 'RE

(F)

-70.0

-65.0

-60.0

- -55.0

-50.0

45.0

-40.0

-35.0

-30.0

-25.0

-20.0

15.0

-10.0

-5.0

.0

5.0

10.0

15.0—

20.0

25.0

CALCULATE^ EN^'^GY

/APEAC TN-L»/S'^ IN)

1462.?

1759.8

211 5.6

2=^19. :^ 2958.6

3420.3

38<^l.n

43=^7. ^ 4A09.

3

5235.4

56^8.

59ft4.

0

62^8.

6570.1

6801 .

0

6QQ3.1

7149.

7275.3

7373.7

7449.5

Table 6C

P.^PACT TEST RESULTS ^OR o\_(^jrT

calcul'^tions for latfral exoamsion o^^ta of

charpy v-notch tests of su'^face.

lomgituoifjal specimens: lt orientation.

L: A51.7-Ff 2-1/4 iN.r HEAT 97L16R-06W2.

SPECIMEN TEMPERATUPE(F) OPSE^VED LAT'^^AL CALCULATED LAT^^RAL

EVPANSION (MILS) EXPAND I OTJ (MILS)

4L9 -an.O T.'^O 6*5

4L10 -80. 0 5.^50 6.5

4L1 -40.0 29.00 2B.6

4L2 .0 - 50.0 0 - 45.2

4L3 2n.O 48.00 4^^.!

4L4 20.0 44.00 4^.1

4L5 20.0 45.00 4B.1

4L6 73.0 51.00 51.1

4L7 120.0 51.^^0 51.8

4L8 - 210.0 53.00 - 5^.2

TRANSITION REGTONr CALCULATED VALUES

LATERAL CALCULATED

EXPANSION ('VILS) TE^^PERATURE ( F

)

10.0 -53.

15.0 -51.5

20.0 -48.2

25.0 -43.9

30.0 -38.2

35.0 - -30.5

40.0 -19.4

45.0 -.9

50.0 45.1

/ TEMPERATURE

/ (F)

/ -50.0

/ -45.0

/ -40.0

/ -35.0

/ -30.0

/ -25.0

/ -20.0

/ -15.0

/ -10.0

/ -5.0

/ .0

/ 5.0

/ 10.0

/ 15.0

/ 20.0

/ 25.0

/ 30.0

/ 35.0

/ 40.0

/ 45.0'

CALCULATED LA^^RAL

EXPANSION C I L^)

17.5

28.6

32.3

35.3

- 37.7

^9.8

41.5

42.^

44. 1 45.2

- 46.

46.

47.5

48.

48.6

49.0

49.4

49.7

-50,0

Table 7A

IMPACT TEST RESULTS FOR PLAT"^ M.

CALCULATIOrtS FOR EMFRGY ABSORPTION D^TA OF

PRFCRACKED CHARPY TESTS OF SURFACE.

LONGITUDiriAL SPECIMENS: LT ORIEMTATTOfsi

.

M: A51^-Fr 2-1/4 iNJ.f HEAT P2L088-1 0''.'2

.

SPFCI^'lFN TEMPERATURE (F)

5Mq

5M1

5M10

5MP

5M9

M-6

5Ma

5M3

5^n

5M5

5M6

-100.0

-100.0

-100.0

-80.0

-80 .0

-60.0

-60.0

-i+0.0

-1+0.0

-20.0

-20.0

.0

20.0

7^1.0

120.0

210.0

OBSERVEH FNE'^GY

ABSORPTION (FT-LR)

11.60

11.^0

9.^10 - 14, «0 - 13.'+0

P3.^0

20.40

36.20

29.40 — 36.30

42.40

51.00

53. ?0

51.30

52.^0

49.40

CALCHLATt^D "^''ERGY

ABSORPTI'^N(^T-L^)

11.6

11.6

11.6

14.9

14.

Q

21.'=^

21.8

31.5

31.5

- ' 41. P 41.2

48.0

51.4

52

5-^ 4Q.4

TRANSITION REGlONr CALCULATED VALUES

ENfRGY

ABSORPTION

15.0

20.0

25.0

30.0

35.0

40,0

45.0

50,0

CALCULATED

TEMPERATURE (F) /

-79.4

-64.3

-53.0

-43.0

-33.2

- -22.7 -

-10.2

9,4

/ Ti^MPERATURE

(F)

/ -70.0

/ -65.0

/ -60.0

/ -55.0

/ -50.0

-/ -45.0 - / -40.0

/ -35.0

/ -30.0

/ -25.0

/ -20.0

/ -15.0

/ -10.0

/ -5.0

/ .0

/ 5.0

/ 10.0

/ 15.0

/ 20.0

/ 25.0

CALCULATEH EM^^GY

ABSORPTIO\i(FT-LB)

17.-^

19.7

21.8

24.0

26.5

?9,0

31.5

34.1

36.6

39.0

41.2

43.3

45.1

46.7

48.0

49.

'^O. 1 50,8

51,4

51,8

Table 7B

IMPACT TEST RESULTS POR hlaT^ M.

CALCULATIONS FOR EMEPGY / Apea DATA OF

PRECRACKED CHAPPY TESTS OF SURFACE.

LO^JGITL'DINAL SPECIMENS: LT ORIENTATTON.

M: A51^-Ff 2-1/4 iN.f HEAT o2L0a8-10W2.

SPECIMEN TEMPERATURE (F)

M-1

M-2

5M9

5M1

5M10

M-3

M-4

5M2

5Mg

M-5

M-fS

5MB

5M3

5m

5M5

5M(S

-100.0

-100.0

-100.0

-80,0

-80.0

-60.0

-60,0

-40.0

-40.0

-20.0

-20.0

.0

20.0

74.0

120,0

210.0

C3SERVEn ENE^^GY

AREA ( IN-L^/S^ I^')

1261 ."^8

1283.54

10 22.48

- - 3 609. f^6 lasT.SB

57

00

64

^7

2219.

3937.

3197.

3948.51

4612.04

5547.^0

5786.80

5580. 1

3

56^8. "^O 5373.^^6

CALCULATTD ^!ER'^>'

/AREA ( IN-LB/S'^ IN)

118Q.3

1189.3

1189.3

1 542,9

1542.9

2466.6

2466.6

358^^.3

3588.3

a540.Q

4549.

Q

5186.4

5523.0

^730.9

5737.7

537^,5

TRANSITION REG TOM f CALCUL'^TED VALUES

'ENERGY/AREA

(IN LR/5Q IN)

CALCULATED

TE^-iPERATURE(F)

1345.0 -86 . 8

1505.0 -Bl.l

1665.

0

-76.7

1820.0 -72.9

1980.0 -69.4

2140.0 - -66.2

2300 .0 -63.1

2460.0 - -60.1

2620.0 -57.2

2780.0 -54. £+ 2940.0 -51.6

3100.0 48.7

3260.0 -45.9

3420.0 43.1

358 O.Q -40.2

3740.0 -37.2

3900.

Q

-34.

4060. 0 - -30,9

U22n .0 -27.6

4380,0 -24.0

4540 .

0

-20.2

4700 .0 - -16.1

4360 . 0 -11.6

502O.O -6.4

5180.0 -.3

5340.0 7.4

/

/

/

/

/

/

/

/-

/

/

/

/

/

/-

/

/

/

/

/

/

/

/

/

/

/

/

/

/

TEMPERATURE

(F)

-80.0

-75.0

-70.0

-65.0

-60.0

55.0

-50.0

-45.0

-40.0

35.0

-30.0

25.0 - -20.0

- -15.0

-10.0

-5.0

.0

5.0

10.0

15.0

CALCULATE^ EN^^PGY

-~/APEA ( TN-L^-/SO IN)

l^a2.°

17^2.6

IP'^S.^

2200.

2466.6

2744.7

3028.4

3311.5

35A8.

3

- 3854,

4104.7

43^7.4

4549.°

47ai,n

4910.5

- 5058.7

51 A6.a

- 52^4.

Q

53A6, 0

5461,4
I

I

I-
yable 7C

impact t^st results ^'^r ^lat"^ m. calcuL'^tions for Lateral ex^a^siom hata of

PRECRACKED Cma^PY TESTS OF SURFACE.

LONGITl!i:ii^;.L SPECI"'-rJS: LT O^IErjTATIorj.

M: A514-Fr 2-1/4 HEAT °2L0fie-I0W2.

SPECI'^'FN TEMPERATURE (F) OBSERVED LfiTE^AL CALCULATED LA^^^^aL

EXPANSION (WILS) EXPANSION (MILS)

M-i -lon.o 10.no 10.4-

M-2 -100.0 12.no in.a

5vq -100,0 7.^0 in.£|

5M1 -80.0 13. "^0 - ^ l^.A

5N-,10 -80.0 13.00 1?.B

M-3 -60,0 - 20.50 20.0

-60.0 21.00 -20.0

5M2 -^0.0 28,50 27.'+

5Mq -40,0 23.00 27.4

M-s 20.0 34.00 —^- 34.2

M'f, -20.0 37,50 34.2

5V8 .0 41.50 - - 39.

5M3 20.0 41,50 41.p

5m 74.0 42.00 43.7

5.V.5 120.0 45.0 0 43.7

5M?^ - - 210.0 42.^0 - 43.8

TRANSITION REGlOr^f CALCULATED VALUES

LATERAL CALCULATED

EXPANSlOriC'lLS) TE--iPERATUR^ (F) /

15.0

20.0

25.0

30.0

35.0

40.0

-75.3

-59.9

-46.4

-32.9

-17.3

5.3

/

/

/

/

/

/

/

/

/

/

/

V-

/

/

/

/

/

y

/

/

TE^'PE^ATURE CALCULATED LATrRAL

(F) - EXPANSTONC-'TLS)

-70.0 16.6

-65.0 18.

-60.0 20.0

-55.0 21.^

-50.0 23.7

-45.0 25.5

-40.0 27.4

-35,0 29.2

-30.0 31.

-25.0 - - - 32.7

-20.0 34.2

-15.0 ^5.6 - - - -10.0 36.

Q

-5.0' 38.1

.0 39.1

5.0 40.0

10.0 40.7

15.0 —41.3

20.0 41.8

25.0 42.3

Table 8A

IMPACT TEST RESULTS rOR f^LAT^^ M.

CALCULATIONS FOR E^iFRGY AHSORPTIO'J D^TA OF

CHaRPY V-NOTCH tests of SUf'FACF.

LONGITUOIMAL SPECIMENS: LT OPIENTATION.

M: A514-F» 2-1/4 iM.r HEAT Q2L088-10W2.

SPfCIMEN TEMPERA"'"URE(F) O^SEPVEP ^NE'^GY CALCULATi^D ^mprGY

APSORPTTOM(f^T-Ln) ABSr»PPT T ON ( - T-LR ) 4M10 -100.0 24.1.0 25.6

4Mg -80.0 ^2.20 32.6

4M1 -40,0 51.30 53.1

4M2 .0 64.70 64.2

4M3 20.0 66.70 65.

Q

4M4 20.0 64.50 65.9

4M5 20.0 65. -^0 65.9

4M6 74.0 66.70 66.7

4M7 120,0 66.70 66.7

4Mfl 210,0 ^- 64,80 64,

TRANSITION REGton» CALCULATED VAL'JES

ENERGY

ABSORPTION

30.0

35.0

40.0

45,0

50.0

55.0

60,0

65,0

,LCULATED / TEMPERATURE CALCULATEH ErJ'^^GY

:mperatur^{F) / (F) APSORPTION(FT-LB)

-R6.n / -80.0 32.6

-75.1 / -75.0 35.0

-65,6 / -70.0 37.6

-56,3 / -65.0 40.3

-46.6 / -60,0 43.0

-35,6 - -55.0 ^ - - 45.7

-21.1 / -50.0 48. 3

6.7 / - -45.0 50,^

/ -40.0 53. 1 / -35.0 55.2

/ -30.0 57.

/ -25.0 - 58.

/ -20.0 60.3

/ -15.0 61.6

/ -10.0 62.6

/ -5,0 63.5

/ .0 64.2

/ - 5.0 ^ - 64,

/ 10.0 65,3

/ 15.0 65.7
I

I
Table 8B

IMPACT TEST RESULTS f^OR ^laTE M.

CALCUL'iTIOMS FOR ENERGY / A^EA DATA OF

CHAPPY V-NOTCH TESTS OF SUr?FACr.

LONGITUDINAL SPECI^'ENS: LT ORIENT AT TON.

M: ASl'+'Ef 2-1/4 iN.f HEAT '^P.LOSS-l 0W2

.

SPECIMEN TEMPERATURE (F) ORSERVED ENEPGY CALCULATFO E^i^RGY

AREA ( IN-LH/SQ I^!) /AREA ( TN-LB/S^ PH

4M10 -100.0 2330.19 "^531.4

ifM9 -80. 0 3113.^7 3120.P

4;vli -40.0 4060.12 "^ll^.R

4M2 _ _ ,0 6255.74 6281.4

4M3 20.0 6449.12 6415.3

4M4 20.0 6236.40 - 6415.3

4MS 20.0 6362.10 . 6415.3

4M6 74.0 ^ 6449.12 644a.l

4M7 120.0 6449.12 644^^.1

4MB - 210.0 6265.41 6265.4

TRANSITION REGION* CALCUL^iTED VALUES

ENERGY/AREA

(IN LB/SG IN)

2535.0

2695.0

2855.0

3010.0

3170.0

3330.0

3490.0

3650.0

3810.0

3970.0

4130.0

- 4290.0

4450.0

4610.0

4770.0

4930.0

5090.0

5250.0

5^+10.0

5570.0

5730.0

5890.0

6050.0

6210.0

6370.

0

CALCULATED

TEN^PERATURf

-99.8

-92.7

-87.3

-82.9

-78.8

-75.1 - -71 .6

-68.3

-65.2

-62.1

-59.1

- -56.1

-53.

- -50.1

-47.0

-43.8

-40 .6 - -37.1

-33.4

-29.5

-25.0

^ -19,9

-13.7

5.3

10.0

/

(F) /

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/.

/

/

/

/

/

/

/

TEwPEi^ATURE

(F)

-90.0

-85.0

-80.0

-75.0

-70.0

-65.0

-60.0

-55.0

-50.0

__-il5,0

-40.0

-35.0

' -30.0

-25.0

-20.0

-15.0

-10.0

-5.0 - .0

5..0

CALCULATED EN^^pGY

/AREA ( TN-LD/S^ IN)

27-' 1 , 1 2°^2.^^ -

' 3120.^

3333.

a

3568.

3818

4080

4347

4613

4871

5116

5343.

8

5549.5

5731.3

58P8.0

6019.8

61^7.

Q

6214,2

62Al.a

6332.3

Table 8C

IMPACT TEST RESULTq F^R ^LM"^ M.

CALCULATIONS FOR LATERAL EXPANSION DATA OF

CHARPY V-r-JOTCH TESTS OF SURFAC^.

LOmGITdOINAL SPECIMENS: LT orifntatton.

M: A514-Ff 2-1/U m,t HEAT QpL^fi^-l 0'''2

.

SPECIfv'EN TEWiPERATURE(P) OBSERVED LATERAL CALCULATED LA^^Rj

EXPANSIOM (MILS) EVPANSTON (MILS)

-100.0 17.^0 1^. 1 -80.0 23.00 22,7

if Ml -40.0 34.00 35. 1 .0 44. 00 ^44.9

20.0 47.00 47.0

20.0 46. "^0 4-7.0

20.0 47.^0 47. 0

UM6 74.0 41.50 4A. 0

120.0 iiS.^^O 4^.0

4MB 210.0 46.00 - -46.0

TRANSITION REGION* CALCULATED VALUE'S

LATERAL CALCULATED

EXPANSION {'^ILS) TEMPERATURE { F

)

20.0

25.0

30.0

35.0

40.0

45.0

-P3.4

-71.2

-55.3

-40.3

-23.8

,4

/ TE^'PE^AT'iRE

/ (F)

/ -90.0

/ -85.0

/ -30.0

/ -75.0

/ -70.0

/ -65.0

/ -60.0

/ -55.0

/ -50,0

/ -45.0

/ -40.0

-/ -35.0

/ -30.0

/ -25.0

/ -20,0

/ -15.0

/ -10.0

/ -5.0

/ ,0

/ 5,0

CALCULATED LATrR/il.

EXPANSION (^aL?)

20.6

21.6

P2.7

P4.n

25.4

26.9

28.4

30.1

31. f5 33.4

35.

36 .7

38.2

39.7

41.0

42.2

43.2

44.2

44.

Q

45.6
I

I

\

\
Table 9A

TMPacT TrST RESULTS FOR SURpi^CF Oi^ PL'aT^ Q.

CALCULATIONS FOR E'l^PGY ABSORPTION HATA OF

PRECRACKED CHAPPY TFSTS OF SURFACE.

LOMGITl>DirJAL SPECI'^ENS: LT ORIENTATION.

SURF-O: A5l7-Hr 2-l/i| IM.» HEAT C4-^l3-4.

SPECIMEN TEMPERATURE (F) OBSFFVED r^NE^GY CALCHLATpd E^'EP^-Y

ARSORPTIO^' (FT-L^) ARSOPPTTON ( F^-Ln ) n . V

£1 n n ti'-r m IZ. 0

. n O • T U

I\ O "r % d

1 Al f n . 0

"7 1 n / . I U C "Z. la 7 f o • U 7 1 n — O . ,)

/ o • 0 6 • oU ^ -1 n . J) 2B7 76 • 0 6.3

1A^+ 120.0 9.00 7.Q

1A19 120.0 7.90 7.9

IBlO 120.0 7. "70 7.9

1B19 120.0 7.10 7.9

2A11 160.0 9.50 9.6

2Ai 2 160.0 9.50 9.6

1A2 210.0 11.^0 11.7

IBfl 210.0 11. ^+0 11.7

2AP 210.0 11.60 11.7

2B8 210.

0

10. BO 11.7

1A3 30 0.0 15.60 15.0

IBO 300.

0

14.40 15.0

2A17 360.0 17.60 16.7

2-A18 360.

0

16. PO 16.7

2B12 360.

0

15.50 16.7

TRANSITION REGION* CALCULATED VALUES

ENERGY

ABSORPTION

5.0

10.0

15.0

CALCULATED

TEMPER ATURE(F) /

34.2

169.4

298.6

/ TEMPERATURE CALCULATED EN'="^GY

/ (F) ABSORPTION (FT-LB)

/ 40.0 - 5.2

/ 50.0 5.4

/ 60.0 - - 5.8

/ 70.0 6.1

/ 80.0

/ 90.0 6.8

/ - 10 0.0 7.2

/ 110.0 7.5

/ 120.0 7.C1

/ 130.0 8.4

/ 140.0 8.8

/ 150.0 9.2

/ 160.0 - . 9.6

/ 170.0 10.

/ 180.0 10.5

/ 190.0 10. <^ / 200.0 11.3

/ 210.0 11.7

/ 220.0 12.1

/ 230.0 12.5

Table 9B

IMPACT T^ST RESULTS pOR SURFACF Op PLaTE Q.

CALCULATION'S FOR ENERGY / ^^EA DATA OF

PRECRAC^^ED CHARRY TESTS OF SUR'^^ACE.

LOijGlT'JDIfjAL SPECI'^^NS: LT OR I ^nT A^ I ON . SUrF-^: A517-Hr 2-1/^^ IN.» HEAT C^+QIJ-^.

SPECIMEN TEMPERATURE (F) OBSERVED ENERGY

AREA { IN-L°/S'^ IM)

CALCULATED ^^'t^R^v

/AREA ( TN-LB/S^ !'')

P A 1 Q n

• LI M O 3 .

1-I- nu LlH A0 n n J . 0

Pf-i 1 £i n O D O . O ii A n Q

i M 1 / n • U A A "2 7

J-lJ 1 rs7f 7 A n 71 7' C.p .* ' nu A A"") 7 ^0 AA 11 f O • U A fl T, "7 On -7 ~7 c n f b • U

"70/I n p A Q T •? 1A4 120.0 073.^7 86^.3

1A19 120.0 859.32 864.3

IBIO 120.0 837.56 864.3

1319 120.0 772.^0 864.:^

2A11 160.0 10 33.36 1044.7

2A1 2 160.0 1033. "^6 104^1.7

1A2 210.0 1 2^+0. 03 1273.

iBfl 210.la^+cos 1273.1

2A2 210.0 1261 .78 1273.

2BR 210.0 1174.76 1273.

1A3 300.0 1696. «3 1636.4

1B9 300.0 1566. "^5 1 636.4

2A17 360.0 1^14.43 181^.8

2A18 360.0 1762.15 181«,8

2B12 360.0 1686.no 181A.8

TRANSITION REGION^ CALCULATED VAL'JES

ENERGY/AREA

(IN L^^/SG IN)

465.0

545.0

625.0

700.0

780.0

860.0

940.0

1020 . 0

1100.0

1180.0

1260.0

1340.0

1420.0 ^ 1500.0

1530.0

1660.0

1740.0

CALCULATED

TE'^PERATUR- (F)

2.1 - 34.6

59.8

80.3

100.3

119.0

137.0

154.6

172.0

189.4

207.1

225.1

- 243.8

263.4

28ti.3

306.9

331.9

/ TEMPERATURE

/ (F)

-/ 10.0

/ 25.0

/ 40.0

/ 55.0

/ 70.0

/ 85.0

-/ — 100.0

/ 115.0

/ 130.0

/ 145.0

/ 160.0

/ 175.0

-/ 190.0

/ 205.0

/ - ^20.0

/ ^35.0

/ 250.0

/ 265.0

/ 280,0

/ 295.0

CALCULATED EN^^GY

/AREA ( TN-L^/SO IN)

a8i.7

518.

560.

Q

608.^

661 .4

718.4

^779. n 842.5

008.5

. 1 1044.

1113.^

11A2.6

12^0.^

1317.5

13A2.7

1445.7

1506.

1564.0

1618.3

Table lOA

IMPACT ThST RESULTS FOR M I oTh I CKN^SS Op PL/iTE Q.

CALCULATI0M5 FOR E\'FPGY ABSORPTION DATA OF

PRECRACKED CHAPPY TESTS OF '^inTHICKriESS

.

LO'jGITliDINAL specimens: LT ORIENTATION.

Mln-O: A517-Hr 2-1/U l>\t Hf^AT C4913-4.

SPp-Cr-'EN TE"-:PERATnPE(F) ORSERVE^ "^NE^GY CALCULATi^D E^'FR'^Y

ARSOPPTIOri {-T-L=^) ARSOPPTinM(FT-L^)

2Cl3 ^ .0 2.^0 P.

2C16 .0 2.^0 2.7

ICa 76.0 5.^0 4.6

2C7 7n.O ' ' 5.50 —~: 4.6

ICll 120. n- 6.P0 6.6

2ClO 120.0 - 6.60 - 6.6

IClS 160.0 8.^0 R.8

1C19 160.0 7.60 8.8

2Bl0 160,0 8."^0 8,8-

iC9 - -210.0 9.^0 11 .5

2C8 210.0 10.70 11.5

IClO 300.0 - 14.^0 14.6

2011 360.0 16.10 15.3

2C12 360.0 ^ 14. QO 15.3

TRANSITIO^) REGION^ CALCULATED VALL'ES

E-NERGY

ABSORDTION

5.0

10.0

15.0

CALCULATED

TEvPERA'rURE (F)

86.3

181.1

329.4

/

/

/

/

/

/

/

/

/

-/

/

/

/

/

/

/

/

/

/

/

/

/

I'-IPE^AT! IR! (F)

90.0

100.0

110.0

- 120.0

130.0

140.0

1 50.0

160.0

170.0

180.0

190.0

200.0

210.0

220.0

230.0

240.0

?50.0

260.0

^70.0

^80.0

CALCULATED EN^^GY

ARSORDTIOMf i^T-LB)

5.^

- 5.6

6.1

6.6

7.2

7.7

8.3 —8.«

9.4

9,9

10.5

11.0

11.5

12.0

12.4

12.°

13.2

13.5

13.8

li^.l

Table lOB

IMPACT TPST RESULTS pOR MinTHlC^NrSS Op PLaTp u,

CALCULATIONS FOR E-^'ERGY / APEA DATA OE

PRECRACKED CHAPPY TESTS OF ^'inTMICKMESS.

LONGITUDlrJAL SPECr-'ENS: LT OPIENTATION.

Min-G: A517-H» iN.r HEAT Ci+913-i|.

SPECIMEN TEMf'ERATURE(F) OBSERVE'^ EN^^GY

AREA ( IN-LR/S'^ Jm)

CALCIJLA'^ED F^•^RGY

/AREA { IN-LP/^^ r')

2C13 .0 239.30 287.6

2C16 .0 2A2.^1 287.6

ica 76.0 630 . ^^9 if95.9

2C7 76.0 495.

ICll 120.0 750.54 728.5

2C10 120.0 71 7. 01 728.5

1C13 160.0 935.^6 980 .Q

1C19 160.0 826.69 - 980.9

2B10 160.0 957. ?2 980 .9

1C9 210.0 1033.^6 1283.0

2Cr 210.0 1 120.38 1283.0

ICIO 300.0 - 1588.11 1606.3

2C11 360.0 1751.^7 1670.

2C12 360.0 1620.7(4. - 1670.1

TRANSITION REGION^ CALCULATED VAL'JES

CALCULATED EM'^^GY

/AREA ( TN-L^/Sf^ IN)

365.7

395.9

430.7

470.1

514.0

562.

614,2

- 669.

728.5

789.6

852.5

Q16.5

OAO.O

1044,

1107.7

1168,7

1227.4

12«3.n

1335.5.

13A3.S

ENERGY/AREA CALCULATED / TE^^PE'^ ATLRE

(IN LB/SG IN) TEVPERATUR=^ (F

365.0 39.8

445, 0 63.8 - 525.0 82.4

60 0.0 97.3

680.0 111.8

760.0 125,2

840.0 138.0

920.0 - 150.5

1000.0 163.0

1030.0 175.6

1160.0 188,5

1 240 .0 202.2

1320.0 217.0

1400.0 233.6

1430.0 253.3

1560.0 279.0

1640. 0 322.5

/ (F)

/ 40.0

/ 50.0

/ 60 . 0

/ 70 .0

/ 80.0

/ 90.0

/ 10 0.0

/ - 110.0

/ 120.0

/ 130.0

/ 140.0

/ 150.0

/ 160.0

/ 170.0

/ 180.0

/ 190.0

/ '00.0

/ 210.0

/ 220.0

/ 230.0

II

•

Table llA

IMPACT J^ST RFSULTS FOR SURPACF Of PLaTF Q.

CALCULATIONS FOR E^JERGY ABSORPTION DATA OF

CHaRPY V-NOTCH tests or SURFAC!=:.

LONGITNDirJAL SPECI"1ENS: LT ORIENTATION.

SURF-Q: A5l7-Hf 2-1/^ IN.' HEAT C^^l^-^,

SPEC I MEN TEMPER ATI. IPE ( F

)

2Al6

2B18

1A15

1B17

1B2

2B2

3B2

IBl

2B1

3B1

185

2B5

1B6

2B6

3Bft

1A6

2A3

IBll

2B9

1A14

1A18

-^0 . 0

-if 0 .

0

-0-0 . 0

.0

.0

.0

76.0

76.0

76. 0

120.0

120.0

210,0

210.0

2in.o

3on.o'

300.0

300.

0

30O.0

36^.0

360. 0

ORSFRVEO E^JE^GY

A3S0RPTI0N(FT-L^)

3. °0

3.50

i+.60

3.50

5.60

4. ?0

S.i+O

10.20

9.00

11. ^0

12. ?0

11.^0

18.70

20.^0

20.60

23.0 0

2^+.80

22.60

21.i^0

26.20

27.20

CALCULATro ^^Ifrpr-Y

ABSOPPTION(FT-LP)

U.O

U.O

U.O

4,0

5.1

5,1

5.1

0.5

9.5

9.5 . 12.8

12.8

1^.2

19.2

19.2

2^.8

23.8

23.8

23.8

25.8

25.8

TRANSITION REGIONr CALCULATED VALUES

ENERGY

ABSORPTION

5.0

10.0

15.0

20.0

25.0

CALCULATED

TEMPERATURE (F) /

^ -2.8

82.6

150.0

2'23.7

333.1

/ TEMPERATURE

(F)

.0

/ 15.0

/ 30.0

/ i^5.0

/ 60.0

/ 75.0

/ 90.0

/ 105.0

/ 120.0

/ 135.0

/ 150.0

/ 165.0

./-. 180.0

/ 195.0

/ 210.0

/ 225.0

/ 240.0

/ ^55.0

/ . 270.0

/ 285.0

CALCULATED EN'^pGY

ABSORPTION (FT-LB)

5.1

5.8

6.6

7.5

8.4

9.5

10.5

11.6

12.8

13.

Q

15.0

16.1

17.2

18.2

19.2

20. 1 20.9

21.8

22.5

23.2

Table IIB

IMPACT TFST RESULTS FOR SURracf Of PLaTF Q.

CALCULATIOMS FOR ENERGY / AREA DATA OF

CHARPY V-NOTCH TESTS OF SUPFACE.

LONGITUOINAL SPECIMENS: LT ORIENTATION.

SUrF-Q: A5l7-Hf 2-1/4 IN.» HEAT C4Q13-4.

SPECIMEN TEMPERATURE (F) OBSERVED ENERGY CALCULATFD ENERGY

AREA ( IN-L"/SQ IM) /AREA { TN-LB/SO

2Al 6 -40 .

0

377. 08 385 .

5

2B18 -40 ,

0

338.41 385.5

1A15 -40.0 444.77 385 .

5

1B17 -4 0.0 338.41 385.5

1B2 • 0 541 . 46 494,3

282 • 0 406.09 494,3

382 . 0 5?2 . 12 494 .

3

181 76.0 986.^2 921 . 3

281 76.0 870.20 921.3

381 - 76.0 - 1140. '32 921.3

185 120.0 1179.60 1233.9

285 120.0 1150.59 1233.9

186 210.0 1808.07 1851 .8

286 210.0 1953.11 - 1851,8

3Ba 210.0 1Q91.78 1851.8

1A6 300.0 22?3.«3 2302.9

2A3 300.0 23^7.87 2302.9

IBll 300.0 2185. 16 i>302.9

289 300.0 2069. 13 2302.9

1A14 360.0 2533.24 - - 2491 ,9

1A18 360.0 2629.93 2491.9

TRANSITION REGION* CALCULATED VALUES

ENERGY/AREA

(IN L3/SQ IN)

465.0

545.0

625.0

700.0

780.0

860.0

940.0

1020.0

1100.0

1180.0

1260.0

1340.0

11^20.0

1500.0

1580.0

1660.0

1740.0

1820.0

1900.0

1980.0

2060.0

CALCULATED /

TEMPERATURE(F) /

-7.8 A- 11.8 /

27.9 /

41.3 /

54.5 /

66.9 / - 78.7 A

90.2 /

101.5 /

112.6 /

123.6 /

134.6 /

- 145.7 /

157.0 /

168.4 /

180.2 /

192.3 /

204.9 /

218.0 /

231.8 /

246.6 /

TEMPERATURE

(F)

. 0 - 15.0

30.0

45.0

60.0

75.0

90.0

105.0

120.0

135.0

150.0

165.0

180.0

195.0

210.0

225.0

240.0

255.0

270.0

285.0

CALCULATED ENERGY

/AREA( TN-L^/SQ IN)

4C54.3

559.7

- 636.1

721.7

815.1

914.5

1018.5

1125.4

1233,9

1342.7

1450.4

1556.

16'^8.7

17^^7.5

1851.8

1941 .

2024.9

2103.1

2175.5

2242.1

Table 12A

IMPACT TFST RESULTS FOR MinTHlC^NFSS Of F^LaTF Q,

CALCULATIONS FOR ENERGY ABSORPTION DATA OF

CHARPY V-NOTCH TESTS OF M I OTH I CK NESS

.

LONGITUDINAL SPECI'-^ENS: LT ORIENTATION.

Mln-O: A517-Hf 2-1/4 lN.» HEAT Ci^913-i+.

SPfCIMEN TEMPERATURE (F) OBSERVED ENEf^GY CALCULATc^D ENER^^Y

ABSORPTIOrj(FT-Lo) ABSORPT ION ( Ft-l« ) 1C13 2.60 3.1

2C19 -'+0.0 3. 10 3.1

1C2 .0 ^,^0 3.9

2C2 .0 3.^0 - 3.9

ICl 76.0 7.40 7.0

2C1 76.0 7.80 7.0

1C6 - 120.0 11.20 9.8

2C5 120.0 9.60 9.8

1C7 210.0 17.20 16.9

2C6 210.0 16.10 16.9

1C12 300.0 21.60 23.4

2C9 300.0 - 23.00 23.4

1C14 360.0 24.40 26.3

2Cl7 360.0 27.80 26.3

TRANSITION REGION^ CALCULA^^ED VAL"ES

ENERGY

ABSORPTION

5.0

10,0

15.0

20.0

25.0

CALCULATED / TEMPERATURE

TEmpeRATURE(F) /

34.4

122.5

186.8

250.2

329.8

/

_/-_

/

/

/

/

/

/

/

/^._

/

_/ _ /

/_/

/ __ /

(F)

40.0

50.0

60.0

-70.0

80.0

90.0

100.0

110.0

120.0

130.0

140.0

150.0

160.0

170.0

180.0

190.0

200.0

210.0

220.0

230.0

CALCULATED ENERGY

ABSORPTION(FT-LB)

5.2

5.7

6.1

6.7

7.2

7,8

8.5

' 9.1

9.8

-10.5

11.3

12.

12.8

1 3.6

14.4

- 15.3

16.1

16.

Q

17.7

18.5
I
Table 12B

IMPACT TFST RESULTS FOR M I dTh I C^^N^^SS Of PLaTE O.

CALCULATIONS FOR ENERGY / AT'EA DATA OF

CHARPY V-NOTCH TESTS OF MlOTMICKNESS

.

LONGITUDINAL SPECIVENS: LT ORIENTATION.

MIO-Q: A517-Hr 2-1/4+ jm,, HEAT Cil913-'+.

SPECIMEN TEMPERATURE (F)

1C13

2C19

1C2

2C?

ICl

2C1

1C5

2C5

1C7

2C6

1C12

2C9

ICl^

2Cj7

-f+0.0

-4+0.0

.0

.0

76.0

76. 0

120.0

120.0

210.0

210.0

300.0

3O0.0

360.0

360.0

OBSERVED ENERGY

AREA ( IN-L-^/SO p!)

251.^9

299.73

425.43

338.41

715.^9

7S4.17

10R2.^I

928.21

1663.04

1556.63

2088.47

2223.83

23'=^9.20

2687.94

CALCULATED E^'EROY

/AREA { IN-LB/S^ IM)

303.5

303.5

375.1

375.

676.8

676. 8

94^.5

94^.5

1631 .8 — 1631.8

225<=».8

225^^.8

2547.3

2547.3

TRANSITION REGION » CALCULATED VALUES

ENERGY/AREA

(In LH/SQ IN)

305.0

385.0 -

465.0

540.0

620.0

700.0

780.0

860.0

940.0

1020.0

1100.0

1180.0

1260.0

- 1340 .

0

1420.0

1500.0

1580.0

1660 . 0

1740.0

1820.0

1900.0

1980.0

2060.0

2140.0

2220.0

2300.0

2380 .

0

2460.0

CALCULATED /

TEf'"PERATURE(F) /

-38.7 /

3.9

29.5 /

48.2 /

65.2 /

80.2 /

93.9 /

106.6 / - 118.6 /

130.1 /

141.1 /

151.9 /

162.4 /

172.7 /--

182.9 /

193.1 /

203.4 /

213.6 '/

224.1 /

234.7 y—

.

245.5 /

256.7 /

268.3 /

280.5 - /

293.4 /

307.2 /

322.3 /

339.0 /

TEMPERATURE

(F)

-30.0

15.0

.0

15.0

30.0

45.0

60.0

75.0

90.0

105.0

120.0

135.0

150.0

165.0

180.0

195.0

210.0

225.0

240.0

255.0

CfiLCULATED EN^t'GY

/AREA ( TN-L"./SO IN)

316.4

341.

375.1

416.6

467.0

526.2

594.

671,

a

7'=;6.6

849.6

Qii9. 5

10^5.4

1166.

1280.

a

13^7.0

1514.6

1631.

1747.2

1859.7

1968.0

•Table 13A

IMPACT T^^ST RESULTS FOR pL'^T^ R.

calculatioms for emfrgy absorption daT'^ of

prfcracked chappy tests of surface,

longitudinal specimens: lt oriemtatton.

R: A514-H» 2 iH.f HEAT 076iq-03Wl.

SPECirv^EN TEMPERATURE (F)

5R9

5Rl

R-1

R-2

5R2

R-3

R-U

R-S

5R7

5RR

5R3

5Rt+

5RB

5R6

-100.0

-80.0

-60,0

-60.0

-i+0.0

-i+O.n

-40 . 0

-20.0

-20.0

.0

.0

20,0

73.0

120.0

210.0

OBSERVED ENE'^GY

ABSORPTTOM(PT-LR)

2.60

2.^2

4.11

4,49

4.42

5.73

5.38

7.22

6.30

9.77

10.20

12.00

17.^0

26.00

35.50

CALCULATf^D E^!ERGY

AnSORPTIOM(FT-LR)

2.9

4.0

4.0

5.6

5.6

5.6

7.5

7,5 — Q . 6

9.6

11.

a

18.0

23.5

32.7

TRANSITION REGlOfJf CALCULATED VALUES

ENERGY

ABSORPTION

5.0

10.0

15.0

20.0

25.0

30.0

CALCULATED /

TEMPERATURE (F) /

-47.2

3.6

47.2

89.6

133.6

181.3

/_

/

/

/

/

/

/

/

/

/

/

/

/.

/

/

/

/

/

/.

/

TEMPE'^ATURE

(F)

-40.0

-30.0

-20.0

-10.0

.0

10.0

-= 20.0 - 30.0

40.0

50.0

60.0

70.0

80.0 - 90.0

100.0

110.0

120.0

130.0

140.0

150.0

CALCULATED EN^^GY

ABSORPTION (FT-LB)

5 . 6

6.5

7.5

8.5

9.6

10.7

11.8

13.0

14.2

15.3

16.5

17,-^

18.9

20.0

- 21.2

22.4

23.5

24.6

25.7

26.8

Table 13B

IMPACT T«^ST RESULTS ^^OR pLATF" R.

CAlCULATIO^iS for energy / APEA DATA OF

PRECRACKED CHAPPY TESTS OF SURFACE.

LONGITUDINAL SPECI^^ENS: LT ORIENTATION.

R: A51^-Hf 2 IM.r HEAT 0761Q-0.3W1.

SPECIMEN TEMPERATURE{F) OBSERVED ENERGY CALCULATED =^mfrgY

AREA ( IN-L^/S^ I^U /,'\REA ( TN-LB/S,-^ IN)

5RQ -100.0 2A2.ei 28^.8

5R1 -80.0 317.62 312.6

R-1 -60,0 aii7.05 '+37.3

R-2 -60.0 - -483.40 • 437.3

5R2 -40.0 4f^0.78 611.2

R-3 -40.0 623.28 611.2

R-4 -40.0 585.21 611.2

R-5 -20.0 - 785.^5 817.3

R-6 -20.0 685.28 817.3-

5R7 - .0 1062.73 1 04S.5

5RR .0 1109.50 1045.5

5R^ 20.0 1305.29 1288.4

5R4 73.0 1936.19 1963.3

5R5 120.0 2028.14 2554.9

5R6 210.0 3861.49 355^.8

TRANSITION REGIONr CALCULATED VALUES

ENERGY/AREA

(IN L^/SQ IN)

285. 0

445. 0

605.0

760.0

920.0

1080.0

1240.0

1400 . 0

1560.0

1720.

Q

1880.0

2040.0

2200.0

2360.0

2520.0

2680 .

0

2840.0

3000 . 0

3160.0

3320.0

.: 3480.0

CALCULATED /

TEMPERATURE (F) /

-88.2

-59.0

-40.6

-25.3

-10.8

2.9

16.1

28.9

41.5

54.0

66.5

79.0

Q1.6

104.3

117.2

130.3

143.8

1 57.6

171 .8

186.6

202.

V

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

TE^'PE^ATURE

(F)

-80.0

-70.0

-60.0

-50.0

-40.0

-30.0

-20.0

-10.0

.0

10.0

20.0

30.0

40.0

50.0

60.0

70.0

80.0

90.0

100.0

110.0

CALCULATED ENERGY

/AREA { TN-Ln/SO IN)

312.6

367,2

437.3

519.4

611.2

710.9

817.^

Q29.

1045.

1165.5

1208.4

1413.6

1540.^

1668. 1 17Q6.4

1Q24.Q

2052.9

2180.3

2306.6

24:^1.6

Table 13C

IMPACT TEST PF5ULTS '^'^R o[_f\j^ r.

CAl,CULATIOPJS FOR L^TERAL EXPA.MSION DATA OF

PRECRACKED CHARPY TESTS OF SURFACE,

LONGITUDINAL SPECI^'ENS: LT ORirMTATION.

R: A5lU-Hr 2 IN.r HEAT 07619-03^1.

SPECIMEN TEMPERATURE(F) OBSERVED LATERAL CALCULATED LATERAL

EXPANSION (MILS) EXPANSION (MILS)

5Rg -100,0 .00 '.q

5Rl -80.0 .00 1.7

R-1 -60.0 2.^0 2.8

R-2 -60.0 3.50 2.R

5R2 -40.0 2.00 i^,2

R-3 -40.0 5.00 4.2

R-U -40.0 4.00 4.2

R-5 -20.0 7.00 6.0

R-6 -20. C 6.00 6.0

5R7 " - -- — .0 8.00 8.0

5R8 .0 . 8.50 8.0

5R3 20.0 . 11 .50 10.3

5R4 73.0 16.50 17.3

5RS 120.0 23.^0 24.0

5R6 210.0 35.00 35.1

TRANSITION REGlOrjr CALCULATED VALUES

LATERAL CALCULATED / TEMPERATURE

EXPArJSION(MlLS) TE^'PFRATURE(F) /

5.0

10.0

15.0

20.0

25.0

30.0

35.0

-30.6

17.5

56.3

92.0

127.5

165.2

209.

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

(F)

-30.0

-20.0

-10.0

.0

10.0

20.0

30.0

40.0

50.0

60.0

70.0

80.0

90.0

100.

Q

110.0

120.0

130.0

140.0

150.0

160.0

CALCULATEH LATERAL

EXPANSTCMC'IILS)

5.1

6.0

6.9

8.0

9.1

10."^

11.5

12.8

14.1

15.5

16.9

18.3

19,7

21.1

22.6

24.0

25.4

26.7

28.0

29.3

Table 14A

IMPACT TEST RESULTS ^'^R PLAT^ R.

CALCULATIONS FOR ENERGY ABSORPTION DATA OF

CHARPY V-NOTCH TESTS OF SURFACE.

LONGITUDINAL SPECIMENS: LT ORIFnTATION.

R: A51i+-H# 2 IM.» HEAT 0761P-03W1.

SPECI'

UR8

TEMPERATURE C^")

-80.0

-ifO.O

.0

20.0

20.0

20.0

20.0

73.0

120.0

210.0

OQ,5?rRyc;n FNE'^GY

ABSORPTTON(f^T-LR)

10.no

19.05

24.v30

21. ^0

22. ^>0 16.<^0

33.^0

43.50

56.^0

CALCULATPD E^fERGY

ARSOPPTION(^T-LP)

7.3

10,

ie>

21 . 21

,

21 , 21,

3i+.0

56.5

TRANSITION REGTOMr CALCULATED VALUES

ENERGY

ABSORPTION

10.0

15.0

20.0

25.0

30.0

35.0

M-0.0

i^5.Q

50.0

55.0

CALCULATED

TEMPERATURE (F)

-45.7

-10.3

15.2

36.9

57.

76.9

97.5

120.3

147.9

189.3

/ TE'/PEPATURE

/ (F)

/ -40.0

/ -30.0

/ -20.0

/ -10.0

/ .0

V m.o

/ 20.0

/ 30.0

/ 40.0

/ 50.0

/ 60.0

./ 70.0

/ 80.0

/ 90.0

/ 100.0

/ 110.0

/ 120.0

130.0

/ 140.0-

/ 150.0

CALCULATE^ EN^^GY

ABSORPTION (FT-LB)

10.6

11.9

13.4

15.1

16.9

18,

21.

2>3.4

25.7

28.2

30.7

?3,3

35.

38.2

40.6

42.8

U6.q

48.7

50.3

Table 14B

IMPACT T'^'ST PEISULTS fOR ^laT^ R.

CAlCUL/^TIONS for E^iFRGY / AREA DATA OF

CHARPY V-NOTCH TfSTS OF SURFACE.

LOfiGITUDlNAL SPECT'ENS: LT OPIFMTATTON.

R: A5lM--Hf 2 HEAT n7619-03Wl.

SPECIMEN TEMPERATUPE(F) OBSERVED ENE'^GY CALCHLAT'-D E^'ERGY

AREA( TN-L"/?^ IN) / AREA ( TN-LB/SO in)

ifR9 -80.0 602.37 7in.O

^Rl -i+O.O Q66.^8 1029.3

4R2 .0 lf^41.'^l 1633.5

4R10 2n.O - " 2349.53 2036.7

4R3 2n.O 2107. Al 2036.7

4R4 2^.0 - 2204.^0 -po 3^. 7

4R5 20.0 1(^34.03 2036.7

4R6 73.0 3577. "^4 3288,8

'+R7 120.0 4205.^5 4346.0

ifRa - 210.0 54-53,^3 5461.1

TRANSITION REGION* CALCULATED VALUES

ENERGY/AREA

(IN LR/SQ IN)

CALCULATED' /

TEyPERATURE(F) /

365.0 -56.5 /

1025.0 -40.4 /

1185.0 -27.6 /

1340.0 -17.1 /

1500.0 -7.4 /

1660 .0 1.4 /

1820.0 9.6 /

1980.0 17.4 /

2140.0 24.7 /

2300.0 31.8 /

2460.0 38.7 /

2620.0 45.5 - /-

2780.0 52.1 /

2940.0 58.7 /

3100 . 0 65.3 /

3260.0 71.8 - /

3420.0 78.4 /

3580.0 -— 85 . 1 - - /.

3740.0 91.9 /

3900.0 99.0 /

4060.0 106.2 /

4220.0 113.8 /

4380.0 121.7 /

4540.0 130.2 /

4700.0 139.4' /

4860.0 149.6 /

5020.0 161 .

/

5180.0 174.7 /

5340.0 192 ..0 /

Tf^MPERATURE

(F)

-50 . 0

-40.0

-30.0

-20.0

-10.0

.„ . 0

10,0

- 20.0

30 .0

40.0

50.0

60.0

70.0

80.0

90.0

100.0

110.0

120.0

130.0

14-0.0

C/^LCULATEH E^1^RGY

/ftPPA ( TM-L^/S^ IN)

Q24. n 1029.3

11 ^3.

0

12Q5.1

1455.5

1633.5

1827.7

2036.7

2258.2

2489.7

27?8.6

2Q71.7

3215.^

3457.0

36^4.7

3Q23.4

4141.2

i;346.0

45*^5.

o

4709.7

Table 14C

impact test results for plat^ r. calcul^tio^is for later'^'l eyp'\^ sion p^a of

chaRPy v-notch tests of surface,

longitudinal specivfr.'s: lt orientation.

R: A5lH-Hr 2 HEAT 0761^-03W1.

SPECIMEN TEMPERATURE (F) O^.SERVED LAT-^AL CALCULATED LATFdaL

EXPANSIOM (MILS) EXPANSION (MILS)

-80.0 4.^0 ^.0

^Rl -i+O.O 9.^0 8.5

^R2 .0 13.^^0 13.9

^RIO - 20.0 18,00 17.0

4-R3 20.

13.00 17.0

ifRtl 20.0 16.00 17.0

i4R5 20.0 12.50 1*^.0

73.0 25.50 25.6

4R7 120.0 3^4.50 33.0

.^210.0 _.47,no : 4t;.6

TRANSITION REGION » CALCULATED VAL' .'ES LATERAL CALCULATED

EXPANSI0N{^^'1ILS) TEWPERATURF ( F ) /

5.0

in.O

15.0

20.0

25.0

30.0

35.0

40.0

-79.3

-27.5

7.5

38.8

6«^.?

100 . 3

133.5

170.4

(F)

/ -70.0

/ -60.0

/ -50.0

/

' -40.0

/ -30.0

/ -20.0

/ -10.0

/ .0

/ 10.0

/ 20.0

/ 30.0

/ ... -.1^0,0

/ 50.0

/ 60.0

/ 70.0

/ 80.0

/ 90.0

/ 100.0

/ 110.0

/ 120.0

CALCULATEO LA'^'^RAL —EXPANSTON('-iIL^)

5.6

6.M7,4

8.5

9.7

^ -11.0

12.4

13.

q

15.

17.0

18.6

20.2

^1.8

P3.5

25.

26.

28.4

P9.Q

31.5

33.0

Table ISA

IMPACT TFIST RESULTS P^R dlaT' Z.

CALCULATIOnS FOR ENFPGY ABSORPTION OAT/^ OF

PRECRACKED CHARPY TESTS OF SUpFACE.

LONGITUDINAL SPECI^'ENS: LT ORIENTATION.

Z: A517-H» 2-1/^ I\i.» MEAT ngoQS-^-B.

SPECIMEN TEMPERATURE (F)

5Za

5Z1

Z-1

5Z2

5Z10

Z-i;

5Z9

Z-5

5Z3

527

2-6

Z-7

5Zi+

2-8

5Z5

5Z6

-100.0

-80.0

-60,0

-60.0

-40.0

-40.0

-20.0

-20.0

.0

.0

20.0

20.0

40.0

40.0

74.0

74.0

120.0

210 .0

ORSERVEH '=:nE^GY

ABSORPTIOM(^"r-L^)

3.41

4. "^2 4.43

5.a2

6.42

5. ^2

6.98

7.18

9.67

9,57

13. ?0

11.05

13.60

13.10

20.35

19. 1 0

29. «0

41.30

CALCULAT^^D E^ER^Y

ARSOPPTION(hT-l-)

^ .7

4.2

4.9

4,9

6.0

6.0

7.5

7.5

9.5

9.5

11.9

11.9

14.7

14.7

20.3

20.3

2«.3

4n.O

TRANSITION REGTOfif CALCUL'^.TED VALUES

ENERGY

ABSORPTION

5.0

10.0

15.0

- 20.0

25.0

30.0

35.0

CALCULATED

TEMPERATURE (F)

-57. 8

4.8

41.9

72.5

101.0

130.3

163.6

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

>^PE'^ATURE

(F)

-50.0

-40.0

-30.0

-20.0

-10.0

.0

10.0

20.0

30.0

- 40.0

50.0

60.0

70.0

80.0

90.0

10 0.0

110.0

120.0

130.0

140.0

CALCULATE^ ENERGY

ARS0RPTI0^!(FT-LR)

5. ti 6. n 6. "7 7,5

8.4

9.^

10.6

11.9

13.2

16.3

17.

Q

19.6

21.3

23.

26.6

28.3

30.0

31.6

•Table 15B

TWPACT T^ST- RESULTS FOR PLAT^ Z.

CALCULATIOr^JS FOR E^IFRGY / AREA DATA OF

PRFCRACKED CHAPPY TESTS OF SU^^FACE.

LONGITLiDlriAL SPECI'-iENS: LT ORTEMTATTOn.

Z: ASIT-Hs- 2-1/4 IfJ.» HEAT R90^3-M-R.

SPfCIN^EN

5Z,q

5Z1

Z-1

Z'2

5Z2

Z-^

5Z10

2-u

5Z9

5Z3

5Z7

Z-6

2-7

5ZU

2-a

5Z5

526

TEMPERATURE (F)

-100.0

-80.0

-nO.O

-60.0

-t^n.o

-i+0.0

-20.0

-20.0

.0

.0

20.0

20.0

ifO.O

40.0

7U.0

74.0

120.0

210.0

OBSERVED ENERGY

AREA ( IN-LR/S'> 1^)

370 .^2

469.^1

481 . ^7

698

643

759

7R1

lOSl

1051

1435

1201

1479

1424.

2213

2077. "^9

3241 .^a

uao2,^9

56

^3

^5

00

^5

-^5

^2

'^6 ^3

°5

56

CALCULATrD PMrRny

/AREA ( TN-LR/'^^ IN)

405,7

45^.4

532. Q

532.9

. 651.8

651.

816.2

816.2

102Q.6

102Q.6

129P.3

1292.3

1600.4

1600.

a

220ii.3

2204.3

3077.0

- 434°.

TRANSITION REGION* CALCiL^TED VALUES

ENERGY/AREA

(IN LR/SQ IN)

565.0

725.0

885.0

1040.0

120n.O

136n . 0

1520.0

1680.0

1S4C.0

2000.0

2160.0

2320.0

2480.0

2640.0

2800.0

- 2960. 0

3120.0

3280.0

3440.0

3600.0

3760.0

392n.0

4080.0

4240 . 0

CALCULATED /

TEMPERATURE (F) /

-53.8 /

-30.4 /

-13.0 /

.9 /

13.4 /

24.6 /

35.0 /

44.8 /

54.1 /

63.0 /

71.6 /

80.1 /

88.5 /

96.9 /

105.2 /

113.7 /-

122.3 /

131.2 /

140.4 /

15n.i /

160.5 /

171.7 /

184.2 /

1Q8.6 /

TFVPE'^ATURE

(F)

-50 . 0

-40.0

-30.0

20.0

-10.0

.0

10.0

20.0

30.0

40.0 - 50 . 0

60.0

70.0

80.0

90.0

100.0

110.0

120.0

130. 0

140.0

CALCULATED EN^^G

/AREA { TN-L^/S'^ I 5«7. n 6=^1.8

7^>8. 0

8 16.^

916.7

1029.6

1154.

o

12^2.3

1441.

1600.

1769.2

1QU6,1

2129.5

2317.6

2508.

2700.0

28C)0 . ' 3077.0

3258.5

3432.7

Table 15C

IMPACT TEST RESULTS FOR ^LMF. Z,

CAlCULATIO^iS for LATFRflL EXPANSION D'\TA OF

PRECR^CKZD CHAPPY TESTS OF SiJ^FACE,

LOmGITUDIMAL SPECIMENS: LT ORIENTATION.

Z: A5l7-Hr 2-1/4 iN.r HEAT ^9093-4".

SPECIN'EN TEMPERATURE (F)

5ZB

5Z1

Z-l

Z-p

5Z2

Z-i

5Z10

Z-a

5Z9

Z-5

5Z3

5Z7

Z-6

Z-7

5mZ-8

5Z5

5Z6

-10 0.0

-80.0

-60.0

-60 .

0

-i+0.0

-i+O.O

-20.0

-20.0

.0

.0

20.0

20.0

i+O.O

ifO.O

7U.0

74.0

120.0

210.0

OBSERVED LAT^^AL

EXPANSION (MILS)

1.50

1.50

1.00

-~ 2.50

4.00

2.50

5.50

6.00

7.00

7,0 0

10.00

9.00

11.^0

9.50

17.00

1.5.00

24.00

33.50

CALCUL/iTED LATERAL

EXPANSION (MILS)

3.9

5.6

- 5,

P,

- a 11,

11

17.6

17.6

26.7

34.5

TRANSITION REG I ON f CALCULATED VALL'ES

LATERAL CALCULATED

EXPANSION( vlLS) TE^^PERATURE ( F ) /

5.0

10.0

15.0

20.0

25.0

30.0

-6.7

33.4

61.2

85,7

110.7

141.5

/ TE"'iPE"ATURE

(F)

/ .0

/ 5.0

/ 10.0

-/ --15.0

/ 20.0

/ 25.0

/ 30.0

/ 35.0

/ 40.0

../ 45,0

/ 50,

0

/ 55.0

/ 60.0

/ 65.0

/ 70.0

V 75.0

/ 80.0

/ 85.0

/ 90.0

/ 95.0

CALCULATED LATERAL

EXPANSION C^ILS)

5.6

6.^

6.7

7 , i+ 8.0

. ^ 8.7

9.5

10.3

11,1

12.0 - 12,

a

13.8

14,

15.8

16,8

17.

18.8

19. a 20. Q

21.9

Table 16A

IMPACT T^ST RF5UL"^S FOR ^LM^. Z.

CALCULaTIOMS for energy absorption n^Jis OF

CHARPY V-rJOTCH TESTS OF SUR-ACF.

LONGITIIOINAL SPECI^IENS: LT OR irNTATT ON

.

Z: A5l7-Hr 2-1/4 iN.f HEAT R9n93-t+R.

SPECIMEN TEMPERATURE(F) ORSERVEn FNE^GY CALCnLATED ENERGY

<iBSORPTIOM(^T-LR) ABSORPTION ( f^T-L^ ) 4Z10 -100. n 7.^5 7.6

4Z9 -SO.O 8.13 ^.1

t+Zl -tfO.O 10.^0 1^.1

422 - .0 22.50 1Q.9

4Z5 20.0 25.30 24.6

4Z4 20.0 23.60 24.6

4Z5 20.0 28.80 24.6

4Z6 74.0 36. 10 37.9

4Z7 120.0 45.60 46.9

4Zfl 210.0 55.00 55.1

TRANSITION REGION r CALCULATED VALUES

ENERGY CALCULATED / T^^ylpFD/^T|JR^ CALCUL^TEO PMrPGY

ABSORPTION TEMPERATURE^ (F) / (F) ARSORPTION(PT-L«)

10.0 -56.3 / -50.0 10.7

15.0 -23.2 / -40.0 12.1

'20.0 .6 / -30.0 13.8

25.0 21.4 / -20.0 15.6

30.0 41.4 / -10.0 17.7

35.0 61 .7 / .0 19,

Q

40.0 83.5 / 10.0 22.2

45.0 108.9 / 20.0 24.6

50.0 142.4 / 30.0 27.

55.0 207.0 / 40.0 ?9.6

/ 50.0 32.1

/ -— 60.0 "^4.6

/ 70.0 37. 0

/ 80.0 39.2

/ 90.0 41.4

/ 100.0 43.4

/

/

110.0

^ 120.0

45.2

.U6.9

/ 130.0 48.4

/ 140.0' 49.7

Table 16B

IMPACT TFST RESULT*; FOR PLAT- Z.

CALCULATION iS FOR ENERGY / AREA DATA OF

CHAPPY V-MOTCH TESTS OF SURFACE.

LONGITUDINAL SPECI^^'EMS: LT ORIENTATION.

Z: A517-H» 2-1/4 iN.f HEAT R9093-4P. — - SPECIiVEN TEMPERATURE(F)

- OBSERVED ENERGY CALCULATP'D F'r'n AREA ( IN-LR/SO IM) /AREa ( irJ-LP/So

i+ZlO -lon.o 7-50.00 731 .4

4Zq -80.0 786.^8 78^.6

4Zl -40.0 1053.^0 • 1172.

Q

4Z? .0 2175.^9 192^.7

4Z^ 20.0 2446.22 2382.5

4ZU 20.0 22«1.«5 ^385.

5

4Z5 20.0 2784.^3 2382.5

4Z6 74.0 3490.^^5 3662.9

4Z7 120.0 4408. °9 4530.6

4ZB 210.0 5317. ^ 532°.

TRANSITION REGIOrjr CALCULATED VflLU'^S

ENERGY/AREA

(IN L-/SQ IN)

735.0

895.0

1055.0

1210.0

1370.0

1530.0

1690.0

1850.0

2010.0

2170 . 0

2330.0

2490 .0

2650.0

2810 .

0

2970.0

3130.0

3290.0

- 3450,0

3610 . 0

3770.0

3930 .

0

4090.0

4250.0

4410.0

4570 . 0

a730.0

4890 . 0

5050 .0

5210.0

CALCULATED /

TEMPER ATURi^" (F) /

-96.3 /

-63.6 /

-48.7 /

-37.5 /

-27.7 /

- -18.9 /

-10.8 /

-3.2 /

4.0 /

11.0 /

17.8 /

24.5 /-

31.1 /

37.7 /

44.3 /

50 .9 /

57.7 / - 64.5 /

71 .6 /

- 78.9 /

86.6 /

94 . 6 /

103.2 /

112.4 /-

122.6 /

134.0 /

147.3 /

163.5 /

185.3 /

TE^/!PEPATURE CALCUL'NTEn ENERGY

- (F) /AREA ( TN-L

-90.0 7a7.0

-80.0 783.6

-70.0 A43. 8

-60.0 Q?8.''

-50.0 10^^8.6

-40.0 1172.9

-30.0 13^0.^

-20.0 15^9.3

-10.0 1707.

.0 IQ^O.7

10.0 21ti7. 0

-20.0 23«2.5

30.0 26^3.6

40.0 28«=.6.6

50.0 3108.9

60.0 3344.9

70.0 3574.0

-80.0 3702.8

90.0 3Q09.3

100.0 4191,8

Table 16C

IMPACT TFST RESULTS f^''^R "L^T^^ Z.

CALCULATIO^'S FOR LATERAL EXPANSION haTA OF

CHaRPY V-rJOTCH TESTS OF SU^f^AC^.

LONGITUDINAL SPECI""ENS: LT ORIEmtaTT^N.

Z: A517-H» 2-l/t+ iN.f HEAT

SPECIMEN TEMPERATURE (f^) ^RSE^VED L/^T^^^AL CALCULATE^ LAT-RAL

EXPANSION (MTLS) EXPANSION (MILS)

ifZlO -100.0 3.^0 t|.3

ifZ9 -an.O 3.50 , 5.1

^Z] -M-0.0 6.50 B.?

ifZ2 .0 - 15.50 13.0

ifZ3 20.0 17.50 15.9

4Zif 20.0 - 18.00 l^.Q

4Z5 20,0 19. no 15.

o

4Z*S 7£i,0 20.50 25.0

4Z7 120.0 32.50 32.

4Za - 210.0 i+l.GO ifl.9

TRANSITION REGIONf CALCULATED VALUES

LATERAL CALCULATED .

5.0 -S2.0

10.0 -22.9

15.0 13,9

20.0

25. 0 7i|. 1 30.0 10^4-.

35.0 138.5

ifO.O 18i+.5

EXPANSION {?/lLS) TEN'pERATURE ( F ) /

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/ TEMPERATURE

(F)

-80.0

-70.0

-60.0

-50.0

-i+0 .0

-30.0

-20.0

-10.0

.0

10.0

20.0

30.0

40.0

50 .

0

60.0

70.0

80.0

90.0

100.0

110.0

CALCULATED LA'^RAL

EXPANSION ("IL*^)

5.1

5.7

6.fi

7.2

8.2

9.?

10.3

11.6

13.0

14.

15.

17.5

19.2

20.9

22.6

24.3

26.0

27.7 - - 29.3

30.9

Table 17A

RESULTS OF MRS TESTS OF LONGITUDINAL CHARPY V-^OTCM IMPACT

SPrCl^/^ENS 0^ PLATE CK » HEA^ C'4913-4 OF ASl^-H STEEL.

CALCULATIOMS FOR E^JEPGY ABSORPTION DATA OF

TOP CK: A517-Hr HEAT CiiQl3-u, (LT).

(LT) AriD (TL) ORIEMTATTONS REPRESENT LONGlTUniNAL AND

TRANSVERSE S^ECIWENSf RESPECTIVELY.

SPECIMEN TEMPERATURE(F) OBSERVED t^NE^GY CALCULATED ENFR^-Y

ABSORPTTOMC^^T-L^) ARSOPPTTr^N(PT-L")

17CK1T . 0 4. SO 4,5

18CK1T . 0 t+. 00 ^.5

17CK2T 80.0 10.^0 9.2

iaCK2T so.o 10.50 9.2

l7cK3T 160 .

0

14.00 14.9

18CK3T 160.0 15.00 14.9

17CK4T 240.0 1 8.50 1^.4

lecKt^T 2^10 .

0

18.50 1<^. 4

17CK5T 320.0 23.00 22.3

18cK5T 320 ,

0

21.^0 22.3

TRANSITION REGION f CALCULATED VALUES

-

-

ENfRGY CALCULATED / TEMPERATURE CM_CULflTEn ENERGY

ABSORPTIOiJ TEMPERATURE (F) / (F) A?='S0RP"'"I0N (FT-LR)

5.0 12 .

0

/ 20.0 5.4

10.0 90 . B / 30.0 5 .

9

•15.0 160 • 9 / 40.0 6.5

20.0 252.6 / 50.0 7.1

/ . 60.0 7.8

/ 70.0 8.5

/ 80.0 9.2

/ 90.0 9.9

/ 100.0 10.7

/ 110.0 11.4

/ 120.0 12.

/ 130.0 12. Q

/ 140.0 13.6

/ 150.0 14.3

/ 160.0 14,

Q

/ 170.0 15.6

/ 180.0 16,2

/ 190.0 16,

/ 200.0 17.4

/ 210.0 18.0

Table 17B

RESULTS OF .N^S TESTS OF LO^JGITUDI^lftL CHIRPY V-MOTCH IMPACT

SPeCI-'^ENS oF plate CKf HEAT CUQ13-a OF STEEL.

CALCULATIOMS FOR ENERGY / APEA DATA OF

TOP ck: A517-Hf HEAT C 11^13-'H » ( L r J • (LT) A!JD (TL) OR I Ef IT AT TONS O C r~i RESENT LONGITUDINAL AND

TRANSVERSE SPECIMENSr DCCDC" C 1 1 V L L T . SPECIMEN TEMPERATUR E { F

)

J -J ~J — ( ^ w i— w .. - \ i — ^ 1 CAl (^1

'1 AT^D -M^R'^Y

K t M t i r J L r / o ' J / A |-< t. - > V I 1 J L B / T ! i ' J 17CK1T .0 WKLL 4 ^ H A"^ » o o 18CK1T Q On H O V • 17CK2T an.o 1012.^3 88«.U

18r.K2T an.o 1 n 1 u , T

88R.a

17CK3T 160.0 1353. '-7 liiUl . n 18CK3T 160.0 14U9. ^0 1 441 .

0

17CK4T 2^4-0.0 178 0.^9 1876.1

18CK4T 2il0.0 17Al.ug 1876.1

17CK5T 320.0 2217.^2 ^14^.

18CK5T 320.0. 207^4.59 2149.4

TRANSITION REGION r CALCULATED VALUES

ENERGY/AREA CALCULATED / TFr/PERATURE CALCUL'\TED

(IN LR/SG IN) TE'>'PERATURE(F) / (F) /ARFA ( TN-L'

515.0 19.3 / 20.0 518.5

595.0 34.6 / 30.0 569.5

675.0 48.0 / 40.0 6^6.2

750.0 59.7 / 50.0 687.4

830.0 71.6 / 60 .

0

752.0

910.0 83.1 / •70.0 «1 9.3

990.0 94.4 / 80.0 8R8.4

1070.0 105.7 / 90.0 058.A

1150.0 117.0 / 100.0 1029.7

1230.0 128.4 / 110.0 1100.6

1310.0 140.1 / 1 20.0 1171.1

1390.0 152.1 / 130.0 1240.7

1470.0 164,6 / 140.0 1309.1

1 550.0 177.6 / 150.0 13"^6.o

1630.0 191.2 / 160.0 1441.0

1710.0 205.8 / 170.0 1503.

Q

1790.0 221 .5 / 180.0 1564.6

1870.0 238.6 / 190.0 1623,

1950.0 257.7 / 200.0 1678,8

2030.0 279.5 / 210.0 1732.1

2110.0 305.2 /

Table 17C

RESULTS of' N^,S TESTS OF LOMG I TUD I MAL CHARPY V--^!OTCH IMPACT

SPFCIv^ENS OF PLATE CK ^ HEAT 0491 3-u OF .'^517-H STEEL.

CALCULATIONS FOR LATERAL EXPANSION DATA OF

TOP CK: A517~H^ HEAT C'-I913-U, (LT).

(LT) Af;D (TL) ORIE^'TATIONS REPRESENT LONGITUDINAL AND

TRANSVERSE SPECIMEMSr PFSPECTI VFLY

.

SPFCIWFN TFMPERATUPE(F) OPSFRVED L'\TFPAL CALCULATED LATERAL

EXPANSION (MILS) EXPANSION (MILS)

17cKlT .0 4.^0 4.6

IS^-KIT .0 3.00 4.6

17rK2T 60.0 8. no B.l

18CK2T 80.0 . 9,^Q 8.1

17CK3T 160.0 14.00 13.2

1SCK3T 160.0 13.no .13.2

17rK4T 240.0 17.00 17.6

18CK4T 240.0 17.00 17.6

17CK5T 320.0 21.00 20.3

180K5T 320.0 19.50 20.3

TRANSITI0^1 RE^^ION^ CALCULATED VALUES

LATERAL CALCULATED / TEMPEf'ATURF C/\LCULATEn

EXPANSION ( '-a LS) TE-^PERATURF(F) / (F) EXPANSION

(

5.0 13.8 / 20.0 5.2

10.0 110.3 / 30.0 5.6

15.0 189.5 / 40.0 6.0

20.0 307.6 / 50.0 6.5

/ 60.0 7.0

/ 70.0 7.6

/ 80.0 8.1

/ 90.0 8.7

/ 100.0 9.3

/ UO.O 10.0

/ 120.0 10.6

/ 130.0 11.3

7 140.0 ll.Q

/ 150 .0 12.6

/ 160.0 13.2

/ 170.0 13.8

/ 180 .0 14.4

/ 190.0 15.0

/ 200.0 . 15,6

/ 210.0 16.

Table 18A

RESULTS OF !J-,S TESTS OF LONGITUDINAL CHIRPY V-NOTCH IMPACT

SPFCl-ltUS 01^ PLATE CK» HEAT CUoi3-ii OF /^^Sl^^-M STFEL.

CALCULATIONS FOR ENERGY ABSORPTION O^TA OF

CENTER CK: A517-Hr HEAT C4°13-u, (LT).

CLT) AfiD (TL) ORIEfJTATIONS ^^EPRESENT LOf-jniTUniNAL ANP

TRANSVERSE SPECIMENS » pESP^^CT I VELY .

JT^ ^ T 4 < ft 1 SPfCIVc n TEi-'PERA 1 URE ( F

)

OBSERVE^' f^NE'^GY CAL' ULAT>-D E^'ER^^

ABSOPPTTO N{FT-L^) ABSODPTTON (FT-L^

)

ITCKIC .0 ^l. 00 4.3

17CK2C 80.0 7.00 7.2

I7CK3C 150.0 15.00 • 13,6

17CK4C 2^^0.0 19.^0 20.4

17CK5C 320.0 24.00 24. 0

TRANSITION REG lONr CALC ULATED V^L' JE5

E;Tn1fR-GY CALCULATED / TEvPE'^ATURf^ CALCULATED EN-PGY

A^asORPTION TEMPERATURE (F) / (F) ABSORPTION (PT-LR)

5.0 31.0 / 40.0 5.3

10.0 118.8 / 50.0 5.7

15.0 174.

9

/ 60.0 6.1

2n.o ?34.6 / 70.0 6.6

. _ . - - _ - - ... / 80.0 7.2

/ 90.0 7.9

/ 100.0 8.5

/ 110.0 9.3

/ 120.0 10.1

7 130,0 10.9

/ 140.0 11.8

/ 150.0 12.7

/ 160.0 13.6

/ 170.0 14.5

/ 180.0 15.^

/ 190.0 16.4

/ ?00.Q 17.3

/ 210.0 18.1

/ ?20.0 18.9

/ 230,0 19.7

Table 18B

REc;ULTS OF ms TESTS OF LOMGiTUniriAL CMARPY V-'iOTC^' JvpaCT

SPFCr^ENS OF PLATE CK » HEAT 04^13-4 np ^Sl^-H STEEL.

CALCULATIOMS FOF^ EMFFGY / DA'^A OF

CEmTER CK: A^.17-Hf MEAT C4^13-'+f (LT).

(LT) AMD (TL) ORIEMTATIOriS ^EPRESFMT LONGlTUniMAL ANO

TRANSVERSE S^ECIWEL'S* RESP=^CT I VELY

.

SPECIVEM TEMPERATURE (F)

17CK1C

17CK2C

17CK3C

17CKt^C

17CK5C

.0

80.0

160 . 0

2^^0.0

320.0

OBSERVED ^NE'^GY

AREA( IN~LR/SO irO

3P7.^0

676.43

1U'=^2.36

1A7B.62

231^, SO

CALCMLAT'^D i^MERf^Y

/AREA ( in-LR/So ir')

69R. 0

1 315.

1 965.7

2312.3

ENERGV/AREA

TRANSITIOM RE^'^IONr

CALCULATED

CALCULATED VALUES

/ TE^'^PE^ATL'RE CALCULATEH

M L^/SQ TN) TE''DERATURE{F) / (F) /ARFA( TN-L

495. 0 34,6 / 40.0 512.6

575.0 56.0 / 50.0 •^49.9

655.0 72.3 / 60 ,0 503.2

730.0 85,3 / 70.0 642.6

810.0 "7.5 / 80.0 6^8.0

890.

0

loe.a / 90.0 759.4

970.0 119.3 / 100.0 826.4

1050.0 129. 2 / 110.0 8^8.6

11'30.0 138.7 / 120.0 975.6

1210.0 148. 0 / 130.0 10^5,6

1290.0 157,1 / 140.0 1140.8

1370.0 166.

7 150.0 12P7.5

1450.0 175.1 / 160.0 1 1 5 . 8

1530.0 184,2 / 170.0 1404.6

lolO .

0

193,5 / 180.0 1403.0

1690.0 203.0 / 190.0 l^PO.n

1770 .

0

213,0 / 200.0 1664.8

1850.0 223,4 / 210.0 1746.4

1930 .

0

234.7 / 220 .

0

1 p p a . o 2010 . 0 247,0 / 230.0 IP.07.5

2090.0 260.8 /

2170.0 277.1 /

2250.0 297,7 /

Eris^^GY

Table 18C

RESULTS OF MRS TESTS OF LOMGITUDINAL CHAR^Y V-^'OTC^' IMPACT

SPECIMENS OF PLATE CK» HEA^ C!+c5i3-4 OF STEEL.

CALCULATIOMS for lateral EVf^AMSIOn DATA OF

CENTER CK: AS17-Hf HEAT C4^r3-4f (LT).

(LT) AND (TL) ORIEMTATTONS REPRESENT LONGITUniNAL ANO

TRANSVERSE SPECr^iEMSr RESPf^CTl VELY .

SPECI^'!FN TEMPERATURE (F) ORSFRVED LATERAL CALCULATE

EXPANSION (MILS) EXt^AN^TON

17CK1C 3. no

17CK2C

17CK3C

17CK4C

17CK5C

.0

8n,n

150.0

240.0

320,0

6. no

13.00

19.00

24. 00

LATFRAI

(MILS)

3.3

6.1

12.3

l<^.4

24.0

TRANSITION RE'^ION* CALC'JLATED VALIjES

LATERAL

EXPANSION (vILS)

5.0

10.0

15.0

20.0

CALCULATED

TE'^PERATUR'

58.

133.

1RP.4

248. 0

(F)

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

7

/

/

TE'''PE^AT' iRF

(F)

60

70

75

80

85.0

90.0

95.0

100.0

105.0

110.0

115.0

120.0

125.0

130.0

135.0

140.0

145.0

150.0

155.0

CALCULATEn LA'

EXPANSION I L: 5.1

5.3

5.6

5.8

. 6.1

6.7

7.0

7.4

7.7

8.1

8.5

8.^

9.3

9.7

10.1

10.5

11.0

11.4

11.8

Table 19A

^P^rr^^.c*^

"^^^^"^ LON-.ITUDINAL CHARPY V-MOTCH IMPACT SPFCIMI-NS OP PLATE CK, HEAT C4oi3-U OF A51-^-H ST^EI CALCULATIO,\iS FOR EMERGY ABSORPTION n/\j^ qF

- * BOTTQv. CK: A517-H» HEAT C4913-iu (IT).

(LT) AfJO (TL) ORIENTATIONS REPRESENT LON^^TTUniNAL A,NO

TRANSVERSE SPECIMENSf R=^SP- CT I VEL Y

.

SPECIMEN TEMPERATURE (F)

17CK1R

17C'<?T

l8CK2n

17CK3B

l6CK3n

17CK'+R

17CK5^

iacK5R

ENERGY

ABSORPTION

5.0

10.0

15.0

20.0

OBSERVED t^N^RGY

ABSORPTIOM(FT-Lq)

.0 ^.00

.0 4 . 50

80.0 9.0 0

80.0 9.^0

160.0 15.00

160.0 1.3.0 0

2if0,0 20.-^0

320.0 23.^0

320.0 25. 00

CALCdLATi^D EMtrRr,Y

^BSOf^PTTON (^T_i_p

)

7.7

7.7

1^.2

li|.2

21.0

2^,Q

TRANSlTTOr-l RE'^TCNr CALCULATED VALUES

CALCULATED /

TEMPERATURE (F) /

le.n

lll.Q

168.7

226.7

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

TFMprPATHRF

(F)

20.0

30.0

. ^+0.0

50.0

60.0

70.0

30.0

90.0

100.0

110.0

. _ _ 120.0

130.0

140.0

150.0

160.0

170.0

ISO.O

190.0

200 . 0

210.0

CALCULATEH ENi^^GY

APSORPTIO^.l(FT-LB ) 5.1

5

.

5.7

6.1

6.6

7.1

7.7

9.1

9.R

10.7

11.5

12.t|

13.3

14.2

15.1

16.0

16.^

17.8

18.7

Table 19B

RESULTS OF NRS TEST^ OF LOM'^ T T' ID I N AL CHARPY V-mOTCH P-^PACT

SPeCIN'ENS nF PLATE CK r HEAT 04°] 3-4 OF -TEEL.

CALCULATI0M5 FOR E^:EPGY / A:?EA DATA OF

BOTTO^" CK: AR17-H» HEAT CUOi3-i4, (LT).

(LT) A^'D (TL) ORIEMTATTOMS REPRESENT LONGITUDINAL AND

TRANSVERSE SPECIMENS» PESPECT I VELY

.

SPECIMEN TEMPERATURE (F) OBSERVED ^NERGY CALCULATFD E^'ER^Y

AREA (INl-L^/S'^ IN) /AREA ( irj-LR/SO

17CK1S .0 386.44 446. 9

ISCKI-^ .0 434.^1 446.

Q

17r.K2^ 80.0 869.42 745.4

lSrK2^ 80.0 745.4

17CK3R 160.0 lam. P5 1371.1

i6cK3'^ 160.0 1256. 23 1371 .

240.0 1927.65 ^02U. 1 17CK5'^. 320.0 2^66. "'5 ^390 .

5

16CK5R 320.0 2413.08 2390.5

TRANSITION RE GIONr CALCULATED VALUES

ENERGY/AREA CALCULATED / TE'-^PE^ATURE C-'^LCULATED Ei (iN LR/SQ IN) TEMPER ATURE(F) / (F) /AREA ( IN-L'^/'

525.0 „^ 32.7 / ^ ^0.0 5-0.^

605.0 53.4 / 50 .0 5Q0 .3

685.

0

69.5 / 60 . 0 636.0

760.

0

82.4 / 70.0 6^7.8

St^O.O "^4.6 / 80.0 7^5.4

920.0 105.8 / 90.0 808. ^ 1000.0 116.3 / 100.0 877.

5

1080.0 126.3 / 1-10.0 ^^51.

1160.0 135.8 / 120.0 10^9.2

1240.0 145.1 / 130.0 1111.

1320.0 154.2 / 140.0 11°5.8

1 400.0 163.3 / 150.0 120:2.«

1480.0 172.3 / 160.0 1371.1

1560.0 1«1 .3 7 170.0 14^9.

Q

1640.0 190.5 / 180.0 1548.:^

1720.0 200,0 / 190.0 1635.3

1800.0 209.7 / 200.0 17P0.2

1B50 .

0

219.9 / 210.0 1802.1

1960.0 230 .7 / 220.0 18P0.5

2040.0 242.4 7 230.0 1<^54.6

2120.0 255.2 /

2200.0 269.8 /

2280.0 287. 0 /

2360.0 309.2 /

Table 19C

RESULTS OF NRS TESTS OF LO^l'^T TUD I N AL CHARPY V-MOTCW IMPACT

SPfCI'Vukjs of plate CKf HEAT op A51^-H STEEL. _ CALCULATIONS FOR LATERAL EX°Ail5I0N HATfl OF

BOTTO?' CK: A517-Hf MEAT C^+^13-4» (LT).

(LT) And (tl) opientations pepresent LOrJGITUOINAL ANO

TRA\*Sy'^RSE S;^ECIV,E^'Sf RESPECTIVELY.

SPFCIr.'ENi TEMPERATURE C^) OBSERVED LATERAL CALCULATER LAT'^RAL

EXPAMSIOr' (MILS) EVPAN'^toN (MILS)

17CK1P- .0 3.00 3.8

18CK1° , .0 3.00 3,8

17CK2B 80.0 7.50 7.5

1SCK2R . _ 80.0 ' 8.00 '7.5

17CK3R 160.0 ' " 12.^0 13.3

13CK3'' 160.0 _ 12.00 ^ 13.3

17CK4R 240.0 ^0.00 18.6

17CK53 ' 320.0 1 23.00 ^ ^ 22.0

18CK5R 320.0 20.50 22.0

TRANSITION REGTONr CALCULATED VALUES

LATERAL CALCULATED / TEMPERATURE CALCUL'^TEH LATFRAL

EXPANSIOrJC^'ILS) TEVPERATUR" (F) / (F) EXPANSION ( ^^LS

)

5.0 _ _ 3^4-. 3 / 40.0 5.3,

10.0 116.1 / 50.0 5.8

15.0 . lP3.i+ . / 60.0 _ 6.^

20.0 266.4 / 70.0 6.9

^_ _ / QO.O 7.5

/ 90.0 8.^ . / 100.0 8.Q

/ 110.0 9.6

• / 120.0 10.3

/ 130.0 11.0

. ; / 140.0 11.8

/ 150.0 12.5

/_ 160.0 13.3 . / 170.0 14.0

_ / 180.0 14.8

/ 190.0 15.5

200.0 16.2

/ 210.0 16.8

. / 220.0 • 17.5

/ 230.0 18.1

Table 2 OA

RESULTS OF NRS TESTS OF TRAMSVFRSE CHAPPY V-mqTCH IMPACT

SPECir-ENS CF PLATE CK » HEAT Ci|013-u op A51-7-H STEEL.

CALCULATIOf ;S FOR ENERGY ABSORPTION' PaTA OF

TOP CK: A517-Hf HEAT Ct+f513-4» (TL).

(LT) A:jD (TL) ORIENTATIONS REPRESENT LONGITUDINAL AND

TRANSVERSE SPECIMEriSr R^^SPECT I VELY , spfciven TEN'>PERATURE(F) OBSERVED ENERGY CAL^ULAT^D ^^'FR'^V

ABSOPPTTON(PT-L") ABSOPPTTON(f^T-L=)

TiTCKlT .0 5.00 ^,5

TlP.CKIT .0 5.50 5,5

TlTCK^T 80.0 10.00 Q,9

Tlr.CK.?T 80.0 10,50 9.9

TI7CK3T 160.0 13.50 15.0

T1'^,CK3T 160.0 14,50 15.0

TlTCK^T 240.0 19.00 17.7

TIaCK^T 240.0 17. -=^0 17.7

Ti7CK5T 320,0 1 3,50

TI3CKST 320.0 17,50 18.6

TRANSITION REGIONf CALCULATED V/^LUFS

ENERGY CALCULATED / TEMPERATURE CALCULATED ENi^PGY

ABSORPTION TE'''DFRATURE{F) / ^ _ . (F) APSORPTIOM(

10.0 81 .4 / 90.0 10.5

15.0 159.

Q

/ 95.0 11.0

/ 100.0 11,3

/ 105.0 11.7

/ U 0 .

0

12.0

/ U5 .

0

12.3

/ 120.0 12.7

/ 125.0 13.0

/ 130.0 13.3

/ 135.0 13.6

/ 140.0 13.Q

_/ _ 145.0 14,2

/ 150,0 14.5

/ 155.0 14.7

/ 160.0 15.0

/ 165,0 15,3

/ 170.0 15.5

/ ,175.0 15,7

/ IBO.O 15,

Q

/ 185.0 16,1
I

- _

- \
Table 2 OB

RESULTS OF rjPS TESTS 0^^ TRANSVERSE CHA^^Y \/-MOTCH IMPACT

SPECIMENS PLATE CK f HEAT Cii913-a OF A517-H STFr[r|_,

CALCULATIOMS FOR ENERGY / 'iREA DA^A OF

TOP CK-: A5l7-Hf HEAT CUQ13-Uf (TL).

(LT) AND (TL) ORIENTATIONS REPRESENT LONGITUDINAL ANH

TRANSVERSE SPECIMENS* RESPECTIVELY.

SPECIMEN TeMPERATURE(F) OBSERVED t^NE^GY CALCI'LATc-q trMFRr;Y

AREA ( IN-LR/SO IN) /AREA ( IN-LR/SO P')

T17CK1T .0 00 533. 1 TlRCKlT .0 533.55 533.

T17CKPT 80.

0

932.4

Tl^^XKPT 80.0 1014.01 932 .

T17CK3T 160.0 1306.79 1 457.7

T1^CK7T 160.0 1400.^9 1457.7

T17CK4T 240,0 1?^33.^^6 1733.1

TlP.CKUr 2'40.0 1533. 'iO 1733.

T17CK5T 320.0 17P7.33 1801 .7

T18CK5T 320.0 1633.40 1801 .7

TRANSITION REGION* CALCULATED VALUES

ENFRGY/ARE/i CALCULATED / TE^^PE^ATURE C^'^LCUL "iTEH

(IN LB/SQ IN) TE''^PERATURE(F) / (F) /AREA(TN-L

615.0 24.7 / 30.0 6^7.6

695.0 41.8 / 40.0 635.7

775. 0 55.9 / 50.0 7!i0.3

350 . 0 67.3 / 60.0 300.3

930.0 79.6 / 70.0 364,7

1010.0 01.1 / 80.0 932. ii 1090.0 102.4 / •90.0 1002,2

1170 .

0

113.

0

/ 100.0 1072,3

1250.0 125.6 / 110.0 11^^3.2

1330 .

0

133.0 / 120.0 1212.2

1410.0 151 .3 / 130.0 12-^8.'3

1490.0 166.2 / 140.0 13U2.5

1570 .

0

133.6 / 150.0 lti02,3

1650.0 205.6 / 160.0 14^^7.7

1730.0 238.3 / 170.0 1508.5

/ 180. 0 15'=^4.5

/ 190.0 1505.5

/ 200 ,0 1631.7

/ 210.0

/ 220.0 16^0.5

.Table 2 0C

RESULTS OF N'^S TESTS OF TRA^'SVEPSE V- M " 1 V -MOTPH TVPATT

SPECIMEMS 0^ PLATE CK» HEAT CaQ13-a OCT A c: 1 ?

CALCULATIONS FOR LATERAL EV^AMSION DATA OF

TOP CK; A517-Hr HEAT CUQ15-'-^» (TL).

/ 1 T ^ A • 1 n !

V L M A lU \ 1 L J O K i C M A 1 L vJ N b ti H — RESENT LOMGTTU'^INAL ANn

Tdamcv/ctccc b r' f:. L J. 1 b » r< h b r .

i i V L T • Tn'vDPO A TI ID P f C ^ OQCrpv/trn lin-irtKMILli-CVr^ ^_>^.\/_!J L AT^'^ AL C •'^•LCUL ATE"^ LATi^qy

EXPANSION ( Nl 1 L b ) E. Y ' A N S T 0 i J { "'11 L S )

1 17LK 1 1 • 0

T n n M- « < TlaCK 1

• 0 J . U TlTCK-^T so.o Q On Q /I TlrXK2T 30.0 ri On y . 1 U

O /I T17CK3T 160.0 191 ic . On'J U 17 0

T18CK3T 160.0 IT n 1 3 • '.) T17CK^T 2M-0.0 18.00 16.3

T1ACK4T 2^^0.0 15.50 16.3

T17CK5T 320.0 17.50 1 B

.

T13CK5T 320.0 19.00 18.1

TRANSITION RE^^ION* CALCULATED VAL"-S

LATERAL CALCULATED / TFviPE^ AT'JR- C ALCUL TED L^^^^RAL

EXPANSION (MILS) TEMPER ATUR^ ( F ) / (F) EXPANSION ( "'IL?

)

5.0 21.5 / 30.0 5.'-^ 10.0 106. U / 35.0 5.7

15.0 203.9 / i+0.0 6.0

/ 45.0 6.3

/ 50.0 6.6

/ 55.0 6.B

/ 60.0 7.2

, / 65.0 7.5

/ 70.0 7.«

/ _ . 75.0 8.1

/ BO.O S.U

/ 85.0 _„ . 8.^

/ 90.0 9.0

/ 95.0 9.3

/ 100.0 9.6

/ 105.0 9.9

/ 110.0 10.2

/ 115.0 10.5

/ 120.0 ' 10.

/ 125.0 11.1

Table 21A

RESULTS OF mS TESTS OF TRANSVERSE CHAR^Y V-f|OTCH IMPACT

SPrCl'^FIJS OF PLATE CK » HEA^ Ci+Q13-4 OF A51^-H STEEL.

CALCULATIONS FOR ENEP3Y ABSORPTION DATA OF

CENTER CK: A517-H» HEAT C4^13~i+r (TL).

(LT) TND (TL) OR lEMTATTOrjS REPRESENT LON'^ITUDINAL AND

TRANSVERSE S-^ECIMEMSf RESPECTIVELY.

SPECIMEN TEMPERATURE(F) ORS^^RVED ENERGY CALCULATED EMEROY

ABSORPTIOM(FT-LR) ABSOPPT I ON ( FT-L^

)

T17CK1C .0 3.'^0 4.1

TiaCKlC .0 i+.OO 4.1

Ti7CK2C 80.0 8.^0 7. 1 TlBCK^C 80.0 7.50 • 7.1

T17CK3C 160.0 12.0 0 12.2

TI^XK3C 160.0 12.00 12.2

T17CKac a'+o.o 16. 00 16.5

TI ^CK^C 2^+0.0 15.50 16.5

Ti7CK5C 320.0 18.50 18.4

T18CK5C 320.0 18. 00 18.4

TRANSITION REGION^ CALCULATED VAL'iES

EMERGY

ABSORPTION

5.0

10.0

15.0

CALCULATED

TE^'^DFRATURE (F)

35.5

126.2

207.1

/ TEMPEPATMRE CALCUL'^.TED EN^PGY

/ (F) . ARSORPTIOM(PT-LR)

/ 40.0 5.2

/ 45. 0 5.4

/ 50 . 0 5.6

/ 55.0 5.8

/ 60 . 0 6.0

/ 65.0 6.3

/ 70.0 6.=^

/ 75.0 6.8

/ 80.0 7.1

/ 85.0 7.4

/ 90.0 7.7

/ 95.0 8.0

/ 100.0 8.3

/ 105.0 8.6

/ 110.0 8.P

/ 115.0 9.3

/ 120.0 9.6

/ 125.0 9.P

/ 130.0 10.3

/ 135.0 10.6

Table 21B

RE^^ULTS OF MRS TESTS OF TR'\MSVFRSE CHAR^Y \y-MOi'CH IMPACT

SPECIvznS of plate CK. HEAT 0^^13-4 OF "^Siv-H STEEL.

CALCULATIONS FOR ENERGY / A^EA DATA OF

CErjTER CK: A517-Hf HEAT C4013-4» (TL).

(LT) AriD (TL) ORIEmtaTIONS REPRESENT LONGlTUniNAL AND

TRANSVERSE SPECIMENSr RESPECTIVELY.

SPECIMEN TEMPERATURE (F) OBSERVED ENERGY CALCULATED '^^'EI AREA ( IN-LR/S^ IM) /AREA ( IM-LB/Sn

T17CK1C .0 33a.?

3P5.9

T18CK1C .0 3R5.«2 395.9

T17CK2C 80.0 821. "^5 665. 1 T18CKPC 80.0 7^4. ^+7 665.1

T17CK3C 150.0 1161.^6 1161.2

TiaCK^C 160.0 ll'=^6.95 1161.2

TIVCK'+C 240.0 15M.5.'-^5 1592.7

Tl^-^,CKac 2^+0.0 15°0.31 1 592.7

T17CK'5C 320.0 1787.^7 1784.6

T18CK5C 320.0 1735.65 1784.6

TRANSITION REGTONf CALCULATED VALUES

ENERGY/AREA CALCULATED / TE^''PER ATMRF CALCUL'\TE'^ EN^pGY

M LR/SQ IN) TEMPERATURE (F) / (F) /AREA ( IN-L

475.0 34.6 / 40.0 4^2.

555.0 56.6 / 50.0 5C?8.6

635.0 74./ 60.0 569.5

710.0 88.4 / 70. 0 615.1

790.0 102.2 / 80.0 665. 1 870.0 115.2 / . 90.0 719.2

950 . 0 127.7 / 100.0 77&.7

1030.0 140.0 / 110.0 8 37.3

1110.0 152.1 / 120.0 POO . 2

1190.0 164.5 / 1 30.0 P64.7

1270.0 177.2 / 140.0 1030.3

1 350.0 190.5 / 150.0 10Q6.0

1430.0 204.9 / 160.0 1161.2

1510.0 220 .8 / 170.0 1225.2

1590.0 239.3 / 180.0 12«7.3

1670.0 262.4 / 190.0 1346.9

1750.0 296.2 / 200.0 1403.5

/ 210.0 14^6.7

/ '220.0 1506.

/ 230.0 1551 .5

Table 21C

RE<;ULTS OF MRS TESTS 0^ TR'^^MSV'RSE CHA^^'^Y V-n|OTCH TvPACT

SPECIMENS OF PLATE CKr HEAT C4013-'^ OF '\517-H STEEL.

CALCULATIONS FOR LATERAL EXf^ANSIOM DATA OF

CENTER CK; AS17-Hf HEAT C4^13-a, (tl).

(LT) (TL) ORIEMTATIONS REPRESENT LONGITU'^INAL ANH

TRANSVERSE SPECIMENS^ RESPECTIVELY.

SPrCl^'EN TEMPERATURE(F) OBSERVED LATERAL CALCULATE^ LAT'^pAL

EXPANSION (MILS) EXPANSION (MILS)

T17CK1C .0 4.00

TiaCKic .0 a. 00

ti7Ck;?c 80.0 3.00 . ^.3

Tl'-^CK^C 80.0 12.00 P..

3

TI7CK3C 160.0 11.00 1?.9

TmCK3C 160 . 0 12.50 l^.o

TlTCKfiC 2^+0.0 15.50 15.

a

Tl<^CKt+C 2^^0.0 16.00 15. i+ T17CK5C 320.0 16.00 17. 1 TioCK5C 320.0 18.^0 17. 1

TPANSITION REGION* CALCULATED VAL"ES

LATERAL CALCULATED / TEMPERATURE CALCULATEO LA"^?^R

EXPANSION (viLS) TEMPER ATURE ( F ) / _ (F) EV^ ANSI ON ( MILS

)

5.0 1.2 / 10.0 5.5

10.0 93.2 / 20.0 6.0

15.0 223.8 / 30.0 6.6

/ 40.0 7.^

/ 50.0 7.7

. / 60.0 8.3

/ 70.0 8.8

/ 80.0 9.3

/ 90.0 9.8

/ _ 100.0 10.3

/ 110.0 10.8

_ / 120.0 11.3

/ 130.0 11.7

/ 140.0 12.1

/ 150.0 12.5

. , _ _ _ . / _ 160 . 0 12.9

/ 170.0 13.3

/ 180.0 13.6

/ 190.0 14.0

/ 200.0 I'+.S,,
I t
Table 22A

RESULTS OF NRS TESTS OF TRAMSV^RSE CHAR^Y V-MOTCH Tf^PACT

SPFCl^'fc-fJS OF PLATE CK, HEAT CU013-4 ^F A517-H STEEL.

CALCULATIO^lS FOR EMERGY ABSORPTION DATA OF

BOTTOM CK: A517-H» HEAT C1913-4r (TL).

(LT) AnjO (TL) ORIENTATIONS REPRESENT LONGITUDINAL AND

TRANSVERSE SoECIMENSr RC^SPECT I VELY . SPECIMEN TEMPERATURE (F)

T17CK1R

TIPCKIR

T17CK2R

Tir3CKP.rt

T17CK3R

Ti^CK3R

T17CK4R

TlaCK4R

T17CK5M

TlaCKSB

. .0

.0

80.0

80.0

160.0

l&O.O

240.0

240.0

320.0

320.0

ORSERVED ^NE^GY

A3S0RPTI0N(^T~L^)

5.00

5.00

9.00

a14

14

20

18

20

21

50

00

00

00

00

00

00

CALCULATED CMPRCY

ABS'^^PTIONCf^T-L^)

• ^.5

5.5

B.8

: 8,8

14.2

14.2

1<^.7

18.7

20

20

TRANSITION REGION r CALCULATED VAL"ES

ENERGY CALCULATED / CALCULflTEn EN^^GY

ABSORPTION TEMPERATURE (F) / (F) /^DCQRPTiOM (CT-LB)

10.0 / 100.0 10.0

15.0 172.0 / 105.0 10.3

20. 0 279.7 / 110.0 10.7

/ 115.0 11.0

/ 120.0 11.4

/ 125.0 11.7

/ 130.0 12.1

/ 135.0 12.4

/ 140.0 12.^

/ 145.0 13.1

/ 150.0 13.5

/ 155.0 13.8

/ 160.0 14.^

/ 165.0 14.5

/ 170.0 14.9

/ 175.0 15.2

/ ISO.O 15.5

/ 185.0 15.8

/ 190.0 16.1

/ 195.0 16.4
I
Table 22B

RESULTS OF MRS TESTS OF TR^MSV^RSE CHAPPY V-MOTCH IMPACT

SPECIVEMS OF PLATE CK» HEAT 04^13-^^ /^SIT-H STEEL.

CALCULATIONS FOR EMERGY / AREA DATA OF

BOTTOM CK: A517-H» heat C4'^13-'4, (TL).

(LT) AiiO (TL) ORIENTATIONS REPRESENT LONGITUniNAL AND

TRANSVERSE S'^ECIME'JSf RESPECTIVELY.

SPfCI'vIEN TEMPERATURE(F) OBSERVED "^INE^GY CALCULATTD ^niFROY

AREA( IN-L^/SO p!) / ARE A { I N-LP/S^ P')

T17CK1R .0 4R3. 11 482. g

TIrCKIR .0 4R2. ^5 482. q

T17CK2R 80 .0 P6S. 21 84^. 3

Tlo.CK?J\ SO .0 821

.

38 842, 3

T17CK3R ' 160 .0 1356. 05 ' '1 384. Q

T18CK3R 160 .0 1350. 1384. 9

Tl7CK4n 240 .0 1932. ^4 1788. 1 T1SCK4R 240 . 0 1734. 1788, 1 T17CK5R 320 .0 1031

.

57 2001 . 8

Tlf^CKSR 320 .0 2026. ^0 2001

.

8

TRANSITION REGION* CALCULATED VALUES

ENfRGY/AREA CALCULATED / TEMPERATURE Cr^l CULATED

(IN LR/SG IN) TE'IPERATURE(F) / (F) /AREA ( TN-L

485.0 3.6 / 10,0 404. 0

565.0 31.5 / 25.0 5^8. 8

645. 3 47.9 / 40.0 604.0

720.0 60 .9 / 55.0 6 '^4. 8

800.0 73.6 / 70.0 776.

880.0 85.6 / 85.0 876, n 960.0 97.2 / 100.0 °"'9. u 1040.0 108.7 / 115.0 1084.

ll2n .

0

120.1 / 130.0 1187.9

1200 .

0

131.8 / 145.0 12«8.7

1280.0 143.7 / 160.0 13^4.9

1360.0 156.0 / 175.0 1475.4

1440,0 16Q.0 / 190.0 15^9 .

1520.0 182.8 / 205.0 1636.5

1600.0 197.7 / 220.0 1706.3

1680.0 214.2 / . 235.0 1768.8

1760 .

0

P32.8 / 250.0 1824.4

1840.0 254.6 / 265.0 1873.

1920.0 281.7 / 280.0 " 1C15.6

2000.0 319,0 / 295.0 1952.2

Table 22C

RESULTS OF NRS TESTS OF TRANSV^PSE CHAR'='Y V/-^!OTCH Tf-^PACT

SPECI^iENS OF PLATE CK» HEAT OF A517-H STEEL.

CALCULATIOrJS F^R LATERAL EXPAriSION DATA OF

BOTTOM CK: A517-Hf HEAT C+^IS-Ur (TL).

(LT) AND (TL) ORIErjTATIONS REPRESENT LONGITUDINAL AND

TRaNSVFRSE SDECIMEMSr RESPECTIVELY.

SPFCI^IEN TEMPERATIJRE(F) n3SFRVED LATERAL ' C ALCULATEn LATERAL

EXPANSION (MILS) EXPANSION (MILS)

TlTCKlH .0 5.00 5.0

TnCKl'^, .0 4.50 ^.0

Tl7CK2=^. 80.0 a. 0 0 7.7

TIrCK^R . 80.0 : 8.00 :7»7_....

T17CK3:1 160.0 12.^0 13.4

Tlr<CK3H 160.0 _ 13.00 _ 13.4

T17CK4R 240.0 18.00 17.7

T18CK4F^ ^ 240.0 _ _

• 18.^0 17,7

Tl7CK5h 320.0 18.00 18.9

Ti3CK5B^^ 320 . 0 19.50..: 18 .,9__.

TRANSITION REGION^ CALCULATED VALUES

LATERAL CALCULATED 7 TEMPERATURE CALCULATED LA^^RAL

EXPANSION (MILS) TEMPER ATUR^ ( F

)

/ (F) ...EXPANSION (MILS)

10.0 114.3 / 120.0 10.4

15.0 183.2 / 125.0 1 0. A

/ 130.0 11.2

/ 135.0 1 1.5

/ 140.0 11.9

/ 145,0 12.3

/ 150.0 12.7

/ 155.0 13.0

/ 160 .0 13.4

/ 165.0 13.8

/ 170.0 14.1

/ 175.0 14.5

/ 180.0 14.3

/ 135.0 15.1

/ 190.0 15,4

/ 195.0 15.7

/ 200.0 16.0

/ 205.0 16.3

/ 210.0 16.5

/ 215.0 16.8

Table 23A

RESULTS OF NB5 TESTS OF LONGITUDINAL PRECRACKED CHARPY IMPACT

SPECIMENS OF PLATE CK, HEAT C«9!3-M OF A517-H STEEL.

CALCULATIONS FOR ENERGY ABSORPTION DATA OF

TOP CK: A5I7-H, HEAT C1913-M, (LT).

(LT) AND (TL) ORIENTATIONS REPRESENT LONGITUDINAL A^^0

TRANSVERSE SPECIMENS, R E S PE C T T V E L Y . SPEC IMEN TEMPERATURE { F ) OB'^ERVED ENERGY CALCULATED ENERGY

AB*=:ORPT ION ( FT-LB ) ABSORPT I ON ( FT-LB

)

1 7CK6T .0 H .00 M.5

1 8CK6T .0 .00 H . 5

1 7CK7T 80.0 7 .00 6 . M

1 8CK7T 80.0 6 .00 6 . H

1 7CK8T 160.0 8 .00 8.8

1 BCKST 160.0 9 .00 8 . 8

17CK9T 2^0.0 1 1 .00 11.1

1 8CK9T 2M0 . 0 1 1 .00 11.1

1 7CK iOT 320.0 1 M .00 12.9

18CK10T 320.0 1 2 . 00 12.9

TRANSITION REGIO^', CALCULATED VALUES

ENERGY CALCULATED / TEMPERATURE CALCULATED ENERGY

ABSORPTION TEMPERATURE { F ) / (F ) ABSORPT ION (FT-LB

)

5 . 0 25.2 / 30.0 5.1

10.0 200.9 / 35 . 0 5.2

/ 5.3

/ M5.0 5. M / - 50.0 .„ 5.6

/ 55.0 5.7

/ 60.0 5.8

/ 65.0 5.9

/ 70.0 6.1 . / 75.0 6.2

/ 80.0

/ 85.0 6.5

/ 90.0 6.6

/ 95.0 6 • 8

/ 100.0 6.9

/ 105.0 7. I / 110.0 7.2

/ 115.0 7.1

/ 120.0 7.5

/ 125.0 7.7

Table 23B

RESULTS OF MBS TESTS OF LONGITUDINAL PRECRACKED CHARPY IMPACT

SPECIMENS OF PLATE CK , HEAT C«9l3-'4 OF A5I7-H STEEL.

CALCULATIONS FOR ENERGY / AREA DATA OF

TOP CK: A517-H, HEAT ^4913-^, (LT).

(LT) AND (TL) ORIENTATIONS REPRESENT LONGITUDINAL AND

TRANSVERSE SPECIMENS. RESPECTIVELY.

SPECIMEN TEMPERATURE {F

)

OB^^ERVED ENERGY

ARf^AtlN-LB/SQ IN)

CALCULATED ENERGY

/AREA(IM-LB/SQ IN)

1 7CK6T .0 450. I 9 451.7

I 8CK6T .0 437 . I 1 451.7

I 7CK7T 80.0 78 1.56 660 . 3

1 8CK7T 80.0 664 . 90 650 . 3

1 7CK8T 160.0 876.79 962 . 8

1 8CK8T 160.0 987.11 962.8

17CK9T 2M0.0 12 15.23 1 246 .3

1 8CK9T 2M0.0 1206.16 1 246 . 3

I7CK lOT 320.0 1479.97 1438.2

I8CK10T 320.0 1 357.43 1438.2

TRANSITION REGIOM , CALCULATED VALUES

ENERGY/ AREA CALCULATED / TEMPERATURE CALCULATED ENERGY

(IN LB/SQ IN) TEMPERATURE ( F

)

/ ( F ) / ARE A ( I N-LB /SQ I N

)

4B5 . 0 3.2 / 10.0 463.8

M95.0 27.2 / 25.0 490.3

535.0 '43.7 / 40.0 5 2 5.3

570.0 55. 8 / 55.0 567 .5 _ 610.0 68.3 / 70.0 6 15.5

650.0 7 9.9 / 85.0 668.3

690.0 90.9 / 100.0 724 .5

730.0 101 .'I / 115.0 7B3 .0

770.0 111.7 / 130.0 8 4 2.9

8 10.0 121.8 / 145.0 903 . 1 850.0 131.8 _/ 160.0 962 .8

890.0 1 M 1 . 7 / 175.0 1021.2

930.0 151.7 / 190.0 1077.7

970.0 161.8 / 205.0 113 1.8

1010.

0

172.1 / 220.0 1183.0

1050.0 182.6 / 235.0 123 1.0

1 090.0 193./ 250.0 1275.7

1130.0 20M.6 / 265.0 13 16.9

1170.0 216.1 / 280.0 13 5 4.6

1210.0 228.3 / 295.0 1388.8

1 250.0 2m .2 /

1290.0 255,1 /

1330.0 270.0 /

1370.0 .

' 2 8 6.6 /

^^'14 10.0 305. 2 /

Table 23C

RESULTS OF NBS TESTS OF LONGITUDINAL PRECRACKED CHARPY IMPACT

SPECIMENS OF PLATE CK, HEAT C" 9 13-^ OF A517-H STEEL.

CALCULATIONS FOR LATERAL EXPA^'SION DATA OF

TOP CK: A5I7-H, HEAT CM9I3-M, ( LT ) , (LT) AND (TL) ORIENTATIONS RE^^

RESENT LONGITUDINAL AND

TRANSVERSE SPECIMENS, RESPECTTVELY. - SPECIMEN TEMPERATURE (F ) OBSF RVED i&TFRai rAiriiiATFn iatfp&i

EXP/s NS I ON (MILS) EXPANSIO^J (MILS)

17CK6T .0 3.50 3.9

1 8 C K 6 T .0 3.50 3.9

17CK7T 80,0 5.5 0 5.8

18CK7T 80.0 6.00 5.8

17CK8T 160.0 8.00 8.6

18CK8T 160.0 10.00 8.8

17CK9T 2HC.0 11.50 12.1

18c K9T 2*40.0 1 2. 50 12.1

. 1 7CK 1 OT 320 .

0

16.00 1 ^ . 7 - 18CK10T 320.0 13.00 1M.7

TRANSITION REGION' , CALCULATED VALUES

LATERAL CALCULATED / TEMPERATURE CALCULATED LATERAL

EXPANSION(MILS) TEMPER A TURE(F) / (F) EXPANSION (MILS)

5.0 5M.6 / 60.0 5.1

10.0 187,9 / 65.0 5,3

/ 70.0 S•^

/ 76.0 5.6

/ 80.0 5.8

/ 85.0 5.9

/ 90.0 6.!

/ 95.0 6.3

/ 100.0 6 . ^

/ 105.0 6.6

/ 1 10.0 6.8

/ 1 15.0 7.0

/ 120.0 7.2

/ 125.0 7.H

/ 130.0 7.6

/ 135.0 7.8

/ 1 MO. 0 8.0

/ M5.0 8.2

/ 150.0 8.M

/ 155.0 8.6

Table 24A

RESULTS of^ NBS TESTS OF LONGITUDINAL pRECRACKED CHARPY

SPECIMENS OF PLATE CK, HEAT C"913-^ OF A517-H STEEL.

CALCULATIONS FOR ENERGY ABSORPTION DATA OF

CENiTER CK: A517-H, HEAT CM9I3-M, (LT).

(LT) AND (TL) ORIENTATIONS REPRESENT LONGITUDINAL AND

TRANSVERSE SPECIMENS, RESPECTIVELY.

IMPACT

SPECIMEN TEMPERATURE (F

)

OB*^ERVED ENERGY

AB«^ORPT I ON ( FT-LB ) CALCULATED ENERGY

ABSORPTION (FT-LB

)

1 7CK6C .0 3 . 50 3.5

1 7CK7C 80.0 5 .50 5.5

1 7CKBC 160.0 11.00 10.1

1 7CK9C 2 40.0 11.00 13. 1

I 7CK IOC 320.0 IM.OO 13.9

TRANSITION REGION' «

1CALCULATED VALUES

ENERGY CALCULATED / TEMPERATURE CALCULATED ENERGY

ABSORPT I ON TEMPERATURE ( F

)

/ (F ) ABSORPT I ON ( FT-LB

)

5.0 70.0 / 70.0 5.0

10.0 158.8 / 75.0 5.2

/ 80.0 6.5

/ 85.0 5.7

/ 90 . 0 6.0

/ 95.0 6.3

/ 100.0 6.5

/ 105.0 6.8

/ 110.0 7 . 1 / 115.0 7.M

/ 120.0 7.7

/ 125.0 8.0

/ 130.0 8.3

/ 135.0 8.6

/ MO.O 8.9

/ 1 M5.0 9.2

/ 1 50.0 9.5

/ 155.0 9.8

/ 160.0 10.1

/ 165.0 10.3
I

I

i

1

I

I
Table 24B

RESULTS OF NBS TESTS OF LONGITUDINAL PRECRACKED CHARPY IMPAC^T

SPECIMENS OF PLATE CK, HEAT C"913-M OF AB17-H STEEL.

CALCULATIONS FOR ENERGY / ARE* DATA OF

CENTER CK: AB17-H, HEAT CM913-M, (LT).

(LT)AND(TL)0RIENTATI0NSREPRESENT LONGITUDINAL AND

TRANSVERSE SPECIMENS, RESPECTIVELY. . SPECIMEN TEMPERATURE ( F ) OR'^ERVED ENERGY CALCULATED ENERGY

AR«^A { I N-LB/SO IN) / A R E A ( I N - L B / S Q IN)

17CK6C .0 388. 36 388.

17CK7C 80.0 608.67 589.0

1 7 C K 8 C 16 0.0 . 1217.88 1155.8

I7CK9C 2M0.0 1 223.06 M83.2

17CK10C 320.0 1536.38 153M.M

TRANSITION REGIO^^ CALCULATED VALUES

ergy/area

" CALCULATED / TEMPERATURE ~C aI C U L A T E 0~ ENERGY

N LB/SQ IN) TEMPERATURE ( F 1 / { F ) /AREA( IN -LB/SQ IN)

M25.0 39,5 / 40.0 426.1

465.0 53 . 3 / 50.0 453.8

505 . 0 63 . 5 / 60.0 490.2

5M0.0 7 0.9 / 70.0 5 3 5.5 . 580.0 78 . M / 80.0 589.0

620.0 85 . 2 / 90.0 649.9

660.0 9 1.6 / 100.0 7 17.0

7.00.0 97.5 / 110.0 7 83 .8

7M0.0 103.3 / 120.0 863.5

780.0 108.8 130.0 939.4

820.0 ! 1 M . 2 / 140.0 1014.5

860.0 119.5 / 150.0 1087.1

900. 0 1 2M . 8 / 1 60.0 1155.8

9M0. 0 130.1 / 170.0 1219.3

980.0 1 35. *l / 180.0 1276.7

1020.0 1 MO. 7 / 1 90.0 1327.4

1060.0 1M6.2 / 200.0 1371.2

1 100.0 15 1.8 / 210.0 1408.2

1 1 **0.0 157.6 / 220.0 1438.9

1180.0 163.7 / 230.0 1463.6

1220.0 1 70. 1 /

1260.0 177.0 /

1 300.0 /

13M0.0 192.7 /

1 380.0 202.2 /

1 420.

0

213.6 /

M60 . 0 228.4 /

1500.0 261.4 /

Table 24C

RESULTS OF NB5 TESTS OF LONGITUDINAL PRECRACKED CHARPY IMPACT

SPECIMENS OF PLATE CK, HEAT CM9l3-'4 OF A5 1 7-H STEEL.

CALCULATIONS FOR LATERAL EXPA^'SION DATA OF

CENTER CK: A517-H, HEAT CM913-M, (LT).

(LT) AND (TL) ORIENTATIONS REPRESENT LONGITUDINAL AND

TRANSVERSE SPECIMENS, R E S P E C T T V E L Y

SPECIMEN TEMPERATURE ( F ) OBSi^RVED LATERAL ^Ai CALLULAItU ^111 K T c r\ 1LAItKAU atcdaI

EXPftNSlON (MILS) EXPANSION (MILS)

17CK6C .0 M . 00 H .0

17CK7C 80.0 5. 00 H . 8

17CK8C 160.0 _ 8

.

50 9 . ^ 17CK9C 2M0.0 13. 00 15.3

17CK10C 320.0 17. 50 17.3

TRANSITION REGIO^', CALCULATED VALUES

LATERAL CALCULATED / TEMPERATURE CALCULATED LATERAL

EXPANS I ON ( M I LS ) T E M P E R A T U R E ( F ) / (F ) EXPANSION (MILS)

5.0 86.0 / 90.0 S. 1 10.0 166.9 / 95.0 5.3

15.0 235.3 / 100.0 5.6

/ 105.0 5.8

/ 110.0 6.0

/ 115.0 6.3

/ 120.0 6 . 6

/ 1 25.0 6.9

/ 1 30.0 7 • 2 . / 135.0 7.6 : / MO.O 7 . 9

/ M5.0 8.3 ^ _ / 1 50.0 8.7

/ 155.0 9. 1 / 1 60.0 9 . 1 / 165.0 . _ 9.8.

/ 170.0 10.3

/ 175.0 10.7

/ 1 80.0 11.1

/ 18 5.0 . 11.5

I

1

r

Table 25A

RESULTS OF NBS TESTS OF L 0 NG I 'J 0 I N A L PRECRACKED CHARPY IMPACT

SPECIMENS OF PLATE CK, HEAT 0^913-4 OF A5I7-H STEEL.

CALCULATIONS FOR ENERGY ABSORPTION DATA OF

BOTTOM CK: A517-H, HEAT C49I3-M, (LT).

(LT)AND{TL)0RIENTATI0NSREPRE5ENT LONGITUDINAL AND

TRANSVERSE SPECIMENS, R E S P E C T T V E L Y . SPECIMEN TEMPERATURE (F ) OB'^ERVED ENERGY CALCULATED ENERGY

AB«^ORPT I ON ( FT-LB ) ABSORPT ION (FT-LB

)

1 7 r A R I / c r> o D . Lf H . 00 M . M

t O 1^ A R I O V. F\ O D M .00 M . H

1 7 r « 7 R 8 0.0 6.00 6. 1

1 fl r 7 R 80.0 6.50 6. 1

1 7 ^ !(' o n I / L N o O 1 6 U • U 8 .50 8.7

1 8C K 8B 8.00 8.7

1 7 r 1^' Q R 7 4 0 . n 1 1 .00 11.6

1 fi r (C 9 R 7 M 0 . 0 1 2.00 11.6

1 7 r 1 n n 3 2 0.0 1 M . 50 M. M

1 r 1 n R 320.0 15.00 1 M . H

TRANSITION REGI0^' , CALCULATED VALUES

ENERGY CALCULATED / TEMPERATURE CALCULATED ENERG

AOcnRPT I ON! TEMPFRaTURE(F> / ( F ) ABSORPT I ON ( FT-LB

3 .. nU 3 4.0 / MO .0 5.1

1 U • 0 / H5 .0 5.2

/ 50.0 5 . 3

/ 55.0 5.6

_/ -6 0.0 5.6

/ 65.0 5.7

/ 70.0 5.8

/ 75.0 6.0

/ 80.0 6. I / 85.0 6.2

/ 90.0 6 . H : / 95.0 6.5

/ I 00.0 6.7

/ 105.0 6 . 8

/ I 10.0 7.0

/ 115.0 7. 1

1 20.0 _ _ 7 . 3_ / 125.0 7.5

/ 130.0 7.6

/ 1 35.0 7 . 8

Table 25B

RESULTS OF NB5 TESTS OF LONGI^ UDINAL PRECRACKED CHARPY IMPACT

SPEC I MENS OF PLATE CK, HEAT C«9 1 3-M OF A5 1 7-H STEEL . CALCULAT I ONS FOR ENERGY / ARE« DATA OF

BOTTOM CK: A5 1 7-H , HEAT C 'I 9 I 3

^f ( LT ) .

( LT ) AND { TL

)

OR I ENTAT IONS REP ' RESENT LONGITUDINAL AND

SPECIMENS, RESPECTIVELY. —

SPEC IMEN TEMPERATURE ( F

)

06'=^ ERVED ENERGY CALCULATED ENERGY

AR«^ A(IN-LB/SQ IN) /AREA ( I N-LB /SQ IN)

I 7CK6B .0 M52 . 26 4 5 2.4

1 8CK6B .0 M5 1 . 1 3 4 5 2 .4

1 7CK7B 80.0 668.68 6 18.8

1 8CK7B 80 . 0 7 2 8.88 6 18.8

1 7CKBB 160.0 957 . 39 OIL L

1 8CK8B 160.0 895.09

1 7CK9B 2H0.0 1190.99 1356.7

1 8CK9B 2M0.0 1367.61 1 356 .

1 7CK 1 OB 320.0 1596.85 1641 .2

1 8CK 1 OB 320.0 1 649 . M6 1641.2

TRANSITION REGION , CALCULATED VALUES

ENERGY/AREA CALCULATED / TEMPERATURE CALCULATED ENERGY

(IN LB/SQ I N ) TEMPERATURE ( F > / ( F ) /ARE A ( I N-LB/SQ IN)

455.0 6. 1 / 10.0 457 .6

M95.0 36 . 7 / 25.0 474 .6

535 . 0 53.6 / MO.O 501.9

570.0 65.6 / 55.0 538 .8

6 10.0 77.5 / 70.0 584 .2

650.0 88 . 3 / 85.0 637 .3

690.0 98.3 / 100.0 696.9

730.0 107.8 / 115.0 761.9

770.0 116.8 / 13 0.0 830.9

8 10.0 125.5 / 1 M5.0 902 . 9

850.0 1 3M.0 / 160.0 976 .6

890.0 1 M2 . 3 / 175.0 1051.0

930.0 1 50. 5 / 190.0 1124.8

9 7 0.0 158.7 / 205.0 1197.3

t 0 1 0. 0 166.7 / 220.0 1267.6

1050.0 171.8 / 235.0 13 35.0 ~

1090.0 182.9 / 250.0 1398.8

I 1 3 0 . 0 19 1.1 / 2 6 5.0

" 1458.8

1 170.0 199.3 / 280.0 15 14.5

1210.0 207 . 7 / 295.0 1565.8

1250.0 216.2 /

1290.0 22M.9 /

1 330.0 233.9 /

13 7 0.0 2H3 . 1 /

I M 1 0 . 0 252.7 /

1 M50.

0

2 6 2.7 /

I H90.0 273 .3 /

1530.0 28*4 . *4 /

1570.0 296.3 /

1610.0 309. ! /
III , - " ) ' - ' i i
Table 25C

RESULTS OF NBS TESTS OF LONG I "^UD I NAL PRECRACKED CHARPY IMPACT

SPECIMENS OF PLATE CK, HEAT C«9I3- M OF A517-H STEEL.

CALCULATIONS FOR LATERAL EXPAT'S ION DATA OF

BOTTOM CK: A517~H, HEAT CM9 1 3-M , (LT ) . (LT) AND (TL) ORIENTATIONS REPRESENT LONGITUDlr.'AL AND

TRANSVERSE SPECIMENS, RESPECTIVELY —

SPECIMEN TEMPERATURE ( F ) OBS'^RVED LATERAL CALCULATED LATERAL

EXPSNSION (MILS) EXPANSION (NILS)

17CK6B ,0 5.00 5.5

18CK6B .0 6.00 5.5

17CK7B 80.0 7.00 o . ^

1 8CK7B

^

80.0 6.00 6.2

17CK8B 160.0 7.00 o . 3

I8CK8B 160.0 8.00 8 . 5

I7CK9B ' 2M0.0 12.50 12.0

18CK9B 2M0.0 1 2.00 12.0

1 7CK10B 320.0 1 7.0C _ ^ 15.7 . 18CK10B 320.0 1 7 .00 15.7

TRANS I T I ON REGIO*'', CALCULATED VALUES

LATERAL CALCULATED / TEMPERATURE CALCULATED LATERAL

EXPANS I ON ( M I LS ) T E M P E R A T U R E ( F ) / (F) EXPAN5I0N(MILS)

1 0.0 196.1 / 200 .0 10.2

IB.O 303.8 / 205.0 10.

/ 210.0 10.6

/ 215.0 10.8

/ _ 220.0 11.1

/ 225.0 11.3

/ 230.0 11.5

/ 235.0 11.8

/ 2*^0.0 12.0

/ 2M5 . 0 12.2

/ 250.0 12.5

/ 255.0 12.7

/ 260.0 13.0

/ 265 .0 13.2

/ 270.0 1 3. M / 275.0 13.7

/ 280.0 13.9

/ 285.0 1 M. 1 / 290.0 1 M . M / 295.0 m,6

Table 26A

RESULTS OF TESTS OF PCI SPECIMENS OF PLATE CK»

HEAT C491.3-^ OF A5 17-'H STEEL.

CALCULATIONS FOR Er'FPGY A3=;0R^T!0M DATA OF

PLATE CK; PCjr (LT) CP. T FMT AT I or,'

.

(LT) A!,D (TL) ORIE-jTATTONS REPREc.EriT LCfv;r^ITUniNAL ATiD

TR;NSVtRSE SPECT'E'lS* r>rsPECTTVFLY

.

SPc-ci'-Frj ORS'^RVE'^ FrjE^GY CALCllLATro r^ifr Apc0PPTT0r'(FT—

n u . 0 n u . n

J.1 O

n ,~L

<i& TI • u

ti On uH . nU

i / U r\ O L n • U J . J u

J. / { l\D^ n • U

ii On u n

1 C 1/ D f\ • U *+ . u u H . 'J

i. / 1 . r\ / L on • u D . ^ u

Q J . O

i

1 Cn .- 1^In 7T/ 1 O (1 ( 'J A On

1 7 - U' 7 T 7 n n r> . o

1 7 ^ ? on . u o . 0

1 Q -fc 1/ "7 1 cir

oO . n - - o

.

C D ID L/ r» T Xo."K8T _ 150.0 9. UO 8 . B

1 / rK8C 150.0 11.00 8 . 17rK8T 160.0 a. 00

17rK8S 160.0 8.50 8.8

ISrKeB 160.0 8.00 R.8

ISrKQT 240.0 11.00 11.7

17rK9T 2^+0.0 11.00 11.7

17r.K9C 240.0 11.00 11.7

17r.K9P 240.0 11.00 11. "7 18-K9R 240,0 12.00 11.7

17rK10C 320.0 14.00 13.9

•17-KlOT 320.0 14.00 13.

o

IS^KIOT 320.0 12.00 13.

Q

17cKlGa 320.0 14.50 13,9

18CK10'5 320.0 1 5.00 13.9

TRANSITION REGlONr CALCULATED VAL'JES

ENERGY CALCULATED / XrvpERATURE CALCULATE':'

ABSORPTIOr-J TE-'PFRATURECF) / (Fl ^^ncoRPTlOM

5.0 5?.l / 50.0 5.2

10,0 191,0 / 65.0 5.4

/ 70.0 5.5

/ 75.0 5."^

/ 80.0 5. P. / 85.0 5.0

/ 90.0 6.2

/ 95.0 6.4

/ 100.0 6.5

/ 105.0 6.7

/ 110.0 6.^

/ 115.0 7.1

/ 120.0 7.3

/ 125.0 7.5

/ 130.0 7.6

/ 135.0 7,8

/ 140.0 8.0

/ 145,0 8.2

/ . . 150.0 8.4

/ 155,0 8.5

Table 26B

RESULTS OF TESTS OF PCI SPECIMENS OF PLATE

HEAT CA913-4 OF A517-H STEEL.

CALCULiiTIO-iS FOR cNEfGY / A^^EA OATA OF

PLATE CK: PCI» (LT) C.4 1 f^NT AT 1 0' I

.

(LT) AfJO (ID ORIENTATT'^NS PEPREciENT LO^iGlTUrrjAL AND

TRANSVERSE SdeCIME'^5» RESPECTIVELY.

SPECIMEN TEMPERATURb (F) ORSFRVEP EfJERGY CALCULATED EMEt

AREA(IN-LP/S'^ r.i) /AREA ( TN-LB/SO

ITcKoT .0 4S0. 1

9

444,7

l8rK6T .0 4:^7. 11 444.7

17CK6C .0 3".8. 36 444 .7

17CK63 .0 452.^6 444.7

.0 4S1 .13 444.7

17rK7C 30.0 608.67 652 .

18rK7T an.c 664. 90 652.

17rK7T 30.0 781 . 56 652.

17rK7n 60 . 0 668.68 659,

18rK73 80.0 723.83 652.1

iSrKST 160.0 987. 11 981 .2

17ri^3C 16'i.0 121 7.^3 9'31 17rK-3T 160 . 0 876.79 981 .2

17rK8^ 160.0 9=^7.^9 981.2

13rK8^ 160.0 8'^5.''^9 981 .2

18r.K9T 2^^0.0 12f^6.16 1295.0

17rK9T 2'+0.0 1 215. ?3 1295.0

17rK9C 240.0 1223.^6 1295.0

17rK9R 240.0 liqo.99 1295.0

18rK9o 240.0 1367.61 1295.0

llrKlOC 320.0 ? 536.^8 1526.2

17CK10T 320.0 14-'9.°7 1525.2

18CK10T 320.0 1357.43 1526.2

17CKl'?r-. 320.0 1596.^5 1526.2

lecKio.-^ 320.0 1649.46 1526.2

TRANSITION REGIOi'4. CALCML'^TED VOiJIES

ENrRGY/AREa CALCULATED / TEMPE^AT'JRE CALCULATE^

(IN L!^/SQ IN) TEMPER ATURE(F) / (F) /APFA( IN-LP< 445.0 .3 / 10.0 457.6

4B5.0 24.7 / 25.0 485.6

525.0 41.0 / _. . 40.0 522.2

560.0 53.0 / 55.0 566.1

600.0 65.4 / 70.0 616.1

640.0 76.7 / 85.0 670.9

680,0 87.4 / 100.0 729.4

720.0 •^7.6 / 115.0 700.

760.0 107.6 / 130.0 853.6

800.0 117.2 / 145.0 917.4

840.0 126.8 / 160.0 °'>1.2

880.0 136.2 / 175,0 1044.2

920.0 145.6 / 190.0 1105.8

960.0 155.0 / 205.0 1165.5

lOOO.O 16^^.5 / 220.0 1222.^

1040.0 174. 0 / 235.0 1277i5

1 080.0 183.7 / 250.0 1329.1

1120.0 193.5 / '65.0 1377,5

1160.0 203.6 / 280.0 1422,5

. 1200.0 213.9 / 295,0 1464.2

1 240.0 224,6 /

1280.0 235.7 /

132^,0 247.3 /

1360.0 259.5 /

1400.0 272.4 /

1440.0 286. 1 /

1430.0 301.0 /

1520,0 317.3 /

Table 26C

RESULTS OF TESTS OP Pri SPEC I ''•lE'-JS OF PLATE C<»

HEAT C^9l3-4 uF A517-H STEEL„

CALCULaTIO.";S for LATERAL EXPAr.'SION OaTA OF

PLi.TE CK: PCI, (LT) ORirriTATIor,'.

(LT) ArjD (TL) ORlEMTATIOfjS REPRE-^Ent Lo:.GiTtnirjAL A:n

TR-NSVERSE SPECr-'E'lSf RESPECTIVELY.

SPfCIMEN TEMPERATUPE(F) 055EOVED LATERAL CALCULATEO LAT-RAL

FXPAfJSIOM (MILS) EXPANSION (MILS)

17r.K6T .0 3.=^0

18rK6T .0 3.'=^0 4.4

.0 4.00 4.4

17r.K6R .0 5.0 0 4.4

18rK6'^ .0 6.00 4.4

17rK7C an.n 5.00 5.7

18rK7T 6.00 =^.7

17rK7T 30 .

0

5.50 5.7

17rK7'"! 30.

7.00 5.7

iecK7^, an.n 6.00 5.7

ISrKBT loO.O 10.00 8.5

17r.K8C 160.0 8.50 8.6

17rK8T 160.0 8.00 8.6

17cK8^ 160.0 7.00 B.6

18rK8R 160.0 8.00 8.6

IBrKgT 240.0 12.50 12.2

17r.K9T 2i+0.0 11.50 12.5

17CK9C 2^+0.0 13.00 12.2

17rK9rj 2^+^1.0. 12.50 12.2

lacK9'3 12.00 12.2

17rK10C 320.0 17.50 15.7

17CK10T 32 0.0 16.00 15.7

l8rK10T 320.0 13.no 15.7

17CKluR 320.0 17.00 15.7

18CK108 320.0 17.00 15.7

TRANSITION RE'^IONr CALCULATED VALUES

LATERAL CALCULATED / TEMPERATLiRE CALCULATEH

EXPANSION (MILS) TE'-'PER ATURE ( F

)

/ (F) EXPANSION

(

5.0 52.7 / 60.0 5.2

10.0 191.0 / 70.0 5.4

15.0 302.6 / 80.0 5.7

/ 90.0 6.0

/ 100.0 6.3

/ 110.0 6.6

/ 120.0 7.0

/ 130.0 7.4

/ 140.0 7.8

/ 150.0 6.2

/ 160.0 fi .6

/ 170.0 9.1

/ 180.0 9.5

/ 190.0 lO.n

/ 200.0 10.4

/ 210.0 10.9

/ 220.0 11.3

/ '30.0 11.8

/ . . 240.0 12.2

/ 250.0 12.7

Table 27A

RESULTS OF TESTS OF PCI SPrClMfNS OF PLATE Q»

HEAT C4913'4 OF A517-I-) STEEL.

CALCULATIO\'S Fi^R E'lE^SY AG'^ORPTION O^TA OF

PLATE o: PCI. (LI) ORIFMTATTOij.

(LT) AfgD (TL) CRIENTATTONS REPRE':,ENT LOriGlTUniNAL AND

TRANSVERSE SdeCIMEMS» RESPECTIVELY,

SPrCIMEN TEKPERATURE(F) OBSERVEn ENERGY CALCULATED E'^FR'"-Y ABSORPTIOM(rT-LR) ABSr<RPTT ON ( FT-LR

)

2Al«5 • 0 4.00 3.7

2Q]^ .0 3.30 3.7

2Ci 3 .0 2.?0 3.7

2Cl6 .0 2.60 3,7

2Ai 7o.O 6.60 5.9

237 76,

7.30 5.9

lAl 76.0 7.10 5.9

1B7 75.0 7.10 5.9

ICQ 76.0 S.^'.O 5.9

2C7 76.0 ... 5.50 5.9

lAu 120.

C

9.00 7.5

lAig 120.

7.90 7.5

Ibl 0 12^.0 7.70 7.5

1B19 120.

7.10 7.5

ICll 120.0

2C10 120 . n 6.60 - 7,5

2All 160.0 9. '^O 9,1

2Ai 2 160 .

0

g.'^o ' • J. ICl 3 160.0 8, 60 9.1

1C19 160 • 0 7.60 9-1

2810 160 .

0

3 , RQ 9.1

IBs 210.0 11. 'lO 11.2

2A? 210.0 11.60 11.2

2Bh 210.0 10.30 11.2

1A2 210.0 11. 'iO 11.2

9.50 11.2

2Cr, \* r5 10.30 11.2

o u u . u 14. ^40 - - 14,5

lA^ OU'tn . nu 15.60 14.5

IClO «J^0U 0J . nu 14.60 14.5

2Al7 ^60 . n 17.60 16.3

t M L ^ 16.20 16.3

2B1 2 15.50 16,3

2C11 360.0 . - 16.10 - - 16.3

2C12 360.0 14. -^0 16.3

TRANSlTlorj RE'iTOiJ r CALCULATED VflL'"=:S

^L Mi.L A 1 PI'JL. II A TPn 1 C.U / TE^'PE-ATURE CALCULATED EM-^GY

AdSORPT 10 1 f t * H 1- A 1 U r< '-. V - i / (F) ^c^oRDTIO"! (CT-!_C5) D • U t) U . u / 60.0 5.3

1 n • U

1 Q 1 1 / 70.0 5.6

ID • U J 1 D . H / 80.0 6.0

/ 90.0 6.4

/ lOG.O 6,7

/ UO.O 7.1

/ 120.0 7.5

/ 130.0 7.9

/ .140.0 8.3

/ 150.0 P.

/ 160.0 9.1

/ 170.0 9.5

/ 180.0 10.0

/ 190.0 10.4

/ 200.0 10,

/ 210.0 11,2

/ 220.0 11.6

/ 230.0 12.0

/ 240.0 12.4

/ 250.0 12.7

Table 27B

RPSULTS OF TpSTS OF Pfl SP"^^ t , .p.-Js Of ^LM^ Q,

HFAT rii9l3-^ Of ^bll-uf 5TFFL,

CALCULAtlONS FfK EV'^^DGY / AR-^A DATA OF

PLATE PC.l> (LT) noiPMjATIO-.

(Lt) Ar.:D (TL) ORIE'ITATIONS ^EPREsErjT L0-JGITU'':^I,JAL A;jn

TRANSVERSE S = ECr-'EN5» PFSP=:CT I VEL Y . CDr-P T ' •:rM lh.^;rtLKM 1 U'-Clr i A^>•"A/T^^ lO/C"'^ T^I^ AR:.A { I N— L"/ b ' I !' /ADCTA ^T^I_I Q/C^

2Al 9 , 0 4^5. 10 / n / 4 J . 2

23 14 . 0

TE cr D Q linn 0 H U ^4 . y

1 J • 0

ii n ti 0

^.v, 1 o • U 0 0 0 Q 1<; r A . ^ i unu 5

/ 6 • U 7 17 Q

00 ^ . u do. r ri • (J 70/1 rm

1 A 1 i A 1 / O • LI 77 3 n f^'^'f 0>J • nu ld7 / 0 .

0

7 7^ "X n

(Id. • >U f*7 n 7 ' n A n Q Q DO ' . u O P 7 n 3 0 • A 0

A "^7 n

1 Aa 120.0 ^ 0 07 D 1 A ^

1 Al 9 120.0 81 D • 6 * 1310 120.0 c In . 0

1319 . I2n . p 772. "50 816.6

ICl i 12'^ . 0 7=^0 . "^4 816.6

2C10 120.0 717.91 816.6

2A11 160 .

0

lO'^S-^o 993. 3

2A12 160 .

0

1 0 3 . 6 993.3

lCl8 160.0 9''5 . 46 993 .

3

ICl 9 160.0 8,?6.69 993. 3

2Bi 0 160.0 957.22 993 .

3

IB,-; 210 .

0

- . 1240.03 1216.2

2A? 210,0 1261. "'B 1216.2

2B3 210.0 1174.76 1216.2

1 A2 210.0 1240 .03 1216.2

1C9 210.0 10^3.36 1216.2

2C.1 210.0 1120.38 1216.2

.139 300.0 1566.35 15''8.2

1A3 300.0 16°&. 88 1578.2

ICIO 300.0 15«3. 11 1573.2

2A17 360.0 1914.43 1769.9

2A18 350.0 1762.15 1769.

Q

2312 360.0 16^6. 00 1769.9

2Cll 360.0 1751.27 . 176°. 9- 2C12 360.0 1620.74 1769.9

TPArjSlTlorj REGION* CALCULATE^ V^L'^^S

ENFRGY/AOEZ

(Irj L?/SQ V\)

405.0

4S5.0

565.0

640.0

720.0

800.0

SSC.O

960.0

1 040.0

1120.0

1200.0

128'^.0

1360.

0

1440.0

1520.0

1600.0

I63n.a

1760.0

CALCULATED

TE-'P'^RATUP- (F)

.4

31.4

56.2

76.8

07.0

116.1

134.6

152.6

170.

l«8.3

206.3

224.-'

243.6

263.3

284.1

306.2

330. 1 356.5 •

/ TETvPE^'ATi !RE

/ (F)

/ 10.0

/ 25.0

/ 40.0

/ 55.0

/ 70.0

/ 85.0

/ 100.0

/ 115.0

/ 130.0

/ 145.0

/ 160.0

/ 17^^.0

/ 190.0

/ 205.0

/ 220.0

/ '35.0

/ 250.0

/ '65.0

/ 280.0

/ 295.0

CALCULATED F'FPGY

/ADFA(TN-Ln/SO iNl

427.2

4^6.5

511.2

560.7

614.4

671.

q

732.2

795.2

860.0

°'6.2

9'^3.3

1^60.6

1127.7

11°4.-^

1259.8

1393.9

. 13«6.2

' 1446,6

1504.6

1560.3

Table 28A

RESULTS- Of TrSTS OF ^VN sPFrT''iFNs Or PLisJ^^ * HFST r4913-4 Oc a517-w sTFt^L,

CALCULATlO'iS FOR E'FPGY ' SSO^ PT I Or'J ?4Ta OF

pl.me: ck: cVvI» (lt) o'n'-"MTATiorj.

(Lt) Af.O (TL) OPIE'lTATTONb °^PREqENT LOriGlTUrilJAL /^NH

TR-NSVERSE S-^EClME'iSf oc-sprrj I VFLY . SPfCIMEN TEMPERATURE (F

)

OBSERVED ENERGY CALCULATED "^^r ABSORPTI0M("T-L^) ABSCPFTTOMCFT17rKlT • 0 4.50 4 .

6

iSrKlT . 0 4.00 4.6

17rKlC . n 4.00 4.6

17rK13 .0 4.00 4.6

• n • 4 . "^^O 4.6

17rK2C flO , 0 7.00 8.4

16rK2T 80,0 10.50 8.4

17rK2T an , 0 10.50 •8 .

17(-K25 go , 0 9.00 8.4

> . — u

1 An n 1 U 4

17("K3C 1 nH . n 15.00 14.4

17^K3T 160.0 14.00 14.4

17rK33 160.0 15.00 14,4

18r.K33 160.0 13.00 14.4

18rK4T 240.0 18.50 - 19,

q

17rK4T 240.0 13.50 10.9

17cKiiC 240.0 19.50 19.9

17rK4'3 240.0 90.00 1Q.9

IbrKoT 320.0 21.50 23.7

17CK5C 320.

0

?4,00 23. -7 17CK5T 320.0 23.00 23.7

17CK58 320.0 23.50 23.7

l8CK5a 320.0 25.00 23.7

TRANSITIOM REGTOrj* CALCULATED V^VJ^S

ENfRGY CALCULATED / TEMPERATURE C^LCULflTEO Erji^DGY

ABfiORPTIOr- TE--PP"RATURE (F) / (F) A"S0RPTI0M{FT-L8)

5.0 15.2 / 20.0 5.2

in.o 102.7 / 30.0 5.6

15.0 168.3 / 40.0 6.0

• 20.0 241.4 / 50.0 6.6

/ 60.9 7.1

/ 70.0 7.7

/ 30.0 8.4

/ 90.

9

9. 1 / 100.0 9.8

/ 110. 0 10.5

/ 120.0 11.3

/ 130.0 12.1

/ 140.0 12.8

/ 150.0 13.6

/ 160.0 14.4

/ - , 170.0 \ 15.1

/ lao.o 15.

Q

/ 190.0 16.6

/ ?00.0 17.3

/ 210.0 18.0 J

Table 28B

RESULTS OF TESTS OF CVN SP ECIi"'"' ENS OF PLATE C< » HEAT C4913 -4 Of A517-H STE EL.

CALCULATIO FOR Ef'F-5Y / '\^EA DATA OF

PLATE CK: CVNl» (LT) ORIENTATIOM.

(LT) AijD (TL) crientatioms

RE':;ENT LO,\GITUnirjAL Ai-^JD TRAfJSVERSE :5P ECTI VELY,

SPECIMEN TEMPER ATDRE (F) ERVE^ ^rji^RGY CALCULATED F'lER

AREA( IfJ-L^/SO rj) /AREA ( I^l-LB/SO I 17rKlT .0 434.^3 440.9

le-KlT .0 3P-6.°0 440.9

17CK1C .0 387.20 440.9

l7r.KiR .0 386.44 440.9

16CK13 .0 434.71 440 .9

17CK2C BO.O 676.4 3 810.2

16CK2T 80.0 1014. °1 810.2

17CK2T 80.0 1012.^8 810.2

17CK2B 60.0 369.42 810.2

18CK2B 80.0 917.73 8in.2

18rK3T 160.

138f^.q

17r.:<3C 160 . 0 14S2. "^6 1386.8

17rK3T 160.0 1 3'=3.^7 1386.

17rK3- IbO . 0 14S1 .25 1386.8

18CK3P loT.O 1256.23 1386.8

l8rKi;T 240.

C

17P.1 .49 1922.2

17CK4T 240 .

0

1780.59 1922.2

17CK4C 240.0 187S.62 1922.2

240.0 1927.65 1922.2

18rK5T 320.

2074.59 228a.

17cK5C 320.0 2314.50 2284.2

17rK5T 320.0 2217.92 .. 2284.2

17rK53 520.0 22<=^6. =55 2284.2

18CK5B 320.0 2413.03 2284.2

TRAMSITIOM RE'?I0*J > CA LCULATEP VftL'J'^IS ENERGY/ARE A CALCULATED / TE^'PE»ATURE CftLCUL^TED EM' (In LB/SQ TM) tevpfratur'-(F) / (F) /A9FA(TN-L^/5

1.8 / 10.0 u*^6.9

525.0 26.7 / 25.0 518.2

605.0 a4.5 / 40.0 583.0

680.0 58.6 / - -. 55.0 659.9

760.0 72.1 / 70.0 747.2 - 840.0 / 85.0 • P43.0

920.0 96.3 / 100.0 945.6

lOOO.O 107.7 / 115.0 10S3.

-non A

1 U H U . U 118.7 / 130.0 11-^3.6

1 IbO .

U

129.5 / 145.0 1275.3

1 £; U 1 ) , U 14C.3 / 160. 0 13P6.8

1 5 n n i O U • U 151.0 / 175.0 1406.4

1 ti n n n X ^ u u . u 161.8 / 190.0 1602.8

i ^ o u . u 172.7 / 205.0 l''05.0

1560 .0 \ 8 ? . Q / 220.0 l«02.o

1640.0 105.4 / 235.0 . 1«?3.2

1720.0 207.3 / 250.0 lOTp.n

1 800.0 219.7 / 265.0 2056.0

1880.0 232. 0 / ?an.o 21-57.

3

1°60 .0 746.7 / 295.0 2191.7

2040 .0 261. a /

2120.0 276.4 /

P200.0 297.1 /

?280.0 318.7 /
I

I

i
Table 2 8C

RESULTS OF IE 5TS OF CVN SPFCI'^' ENS 0 F PLiTE » HEAT Cu 915 -4 OF A517-H STEEL.

CALCULA TIO •MS FCR LATERAL EXPA'; SlOiJ DATA OF

PLaTE ck: CV^ » (LT) CRIFMTATIO . (LT) A..D (ID ^RIE'iTATTOMS RE^* RESENT LO.w >IT

TRANSVERSE SP ECIME'lSr PESPECTIVELY.

SPrCl-''EN TE.viPERATUPE(P) OBSE »VED L - 1 1 _ A 1_ L'LLULolt'J L'^I .AL EXPA^!SIOM (MILS) EXPANSION (MILS)

17CK1T .0 4-.'^0 4 .

18CK1T .0 3.00 4.2

17CK1C .0 3.00 4.2

17CK1;^ .0 . 3.00 4.2

.0 3.00 4.2

sn.n 6.00

l6rK??T 9.00 7,9

17-K2T 3r>.0 3.00 7.9

17rK2c'? 30.

7.50 7.9

30.0 3.00 7.g

18-K3T 160.0 13.00 13.1

17rK3C 1 D n • 0 13.00 13.1

160.0 14.00 13.1

17rK3R 160.0 12.50 13.1

18rK3? 160.0 12.00 13.1

l8rK4T 240.0 17.00 18.1

17rK4T 2U0.0 17.00 18.1

17r.KUC 240.0 19.00 18.1

17rK'+T 240.0 20.00 18.1

l8rK5T 320.0 19.50 21.6

17rK5C 320.0 24.00 21.6

17rK5T 320.0 21.00 1 . O

17cK59 320.0 23.00 21.6

18CK5n 320.0 20.50 21.6

TRANSITIOM REGIOfj f CALCULATED VA L' ^ES

LATERAL CALCULATED / TE^'PEPATURE CALCULATE'^ LATE

EXpAnSIOiM( vILS) TEv,PERATURE(F) / (F) EyPAriSIOMC'ILS)

5. 0 22.

/ 30 .0 5.3

10.0 113.4 / 40 .0 5.R

15.0 TSR.7 / 50 .0 6.3

20.0 279.0 / 60.0 . 6.3

/ 70.0 7.3

/ BO .0 7.Q

/ 90 .0 8.5

/ too .0 9.1

/ 110.0 9.R

/ 12n .0 10.4

/ 130 .0 11.1

/ 140.0 11.

/ 150,0 1 2 . U

/ 160 .0 13.1

/ 170.0 13.3

/ 180.0 14.4

/ 190,0 15.1

/ 200 .0 15.7

/ 210.0 16.3

/ 220 .0 16.9

Table 29A

Results of tests of cvn sp^^;*: t ;mfns of platf o,

HEAT CA913-4 Qc STEi^-.

CALCULATIOr.'S FOR EVFRGY ABSORPTION DATA OF

PLATE O: CVr.'f (LT) OCIFflTATIOfi.

(LT) Af;D (TL) ORlE'iTATTOriS REPRESENT LOfJSlTUDIfJAL AND

TR/^r^SVERSE SPECIMEr;5f R"^5PECTIVELY.

SPEClviEN TEMPERATURE(P) OBSERVED '^NE='GY CALCULATED E'TRGY

ABSORPTIOMC^^T-LP) ASSO^PTT ON ( FT-LR ) 2A16 -t^n.o 3.90 4.0

2&ifl -410.0 3.50 4.0

1A15 -^0.0 4.60 4,0

1B17 -40 .

0

3.50 4.0

lCl3 -40 .

0

2.f=>0 4,0

2Cl9 -40 ,

0

3.10 4,0

3a? . 0 5.40 5.0

182 .0 5.60 5.0

2B2 . 0 4.20 5.0

1C2 .0 4.40 5.0

2C2 . c 3.'^0 5.0

231 7fS.O 9.00 8.6

381 7r-i.n 11 . "'O IBl 7<=). n 10.50 8.6

ICl 76.0 7, 1^0 3.6

2C', 7f..O 7.30 8,6

IB--. 12n , 0 12 . ?0 11.5

2B' 120.0 11. °0 11.5

1C6 120.0 11.20 11.5

2C5 120.0 9.60 11.5

3B" 210 . 0 20.60 17.9

IBf. 210.0 18.70 17.9

2B^ 210.0 20.20 17.9

1C7 210.0 17.20 17.9

2Co 210.0 16.10 17,

Q

IBl 1 300.0 22 . 60 23,5

O Q r-i ? 1 . rj 300.0 23 . 0

0

23. 5

out 23 • 5

3U0 .

0

21 • bu 23.5

or ?o » I'

0

-?3 . n

1 A 1

3o0 . u ?6 » dO 26 • 1

i. M i O J D U . 1

J

0*7 On ? / . ^- U O ^ 1 1C14 360,0 24.40 26.1

2Cl7 360.0 27.80 26. 1 TRANSITION REGTOiJ f CALCULATED VAL'JE 5

enfRgy CALCULATED / TEMPE^ATUi'E CAI CULftT^n F

" J ^ I i.\J: i TF^'prD ATI IR'^ f F ) / TP) 4 rt" ^ ' i U ; X ^" — 1 Is. / r\ / . u O . U QP O // 1 c: n i D . u- O , O

i. O " . o / o u . u AO , 9

20.0 ?uo

.

A Q

25.0 ~J -^J c~ • ^ / Ann 7 7

ts . n

/ o n n

/ 105.0 10.4

/ 120.0 11,5

/ 135.0 12.5

/ l5n.o 13.6

/ 165.0 14,7

/ 180.0 15.8

/ 195.0 16,

o

/ 210.0 17.9

/ ^25.0 19.0

/ ''40.0 20.0

/ 255.0 90.9

/ ^70.0 21.

/ '85.0 '2.7

Table 2 9B

RESULTS Of TFST5 OF CV.M SPPC I ''Ei'^S Of PLaTF 0,

HEAT 0-^913-4 Of A517-^i STE~L,

CALCULATIONS FOR E^FPGY / A9EA DATA OF

PLATE o: CVM. (LT) ORIF'iTATIO'i.

(LT) A ,D (TL) OPIE'-jTATTOMS 9EPRESEnt LorjGiTurifjAL Arjn

TRANSVERSE S^EC I ME'JS » RESPECTIVELY.

SPEC! VEM TEMPERATURE (F) OBSEPVEn ENERGY CALCULATED EMEi

2Al6 —u n 0 ^77 .Or

2B18 — u n n 'J ^ CI . ^ A 1A15 — u 0 n umi .77 389 . 6

1B17 -nr. ,0 ?-^8.t4

38°.

6

1C13 -40.0 2=1.39

2C19 2°9. 73 339,6

3B2 . 0 552. 12 487.9

IB? .0 541 . 46 '487.0

2B2 . 0 '406.09 iiP,7. q 1C2 . 0 425.43 487.9

2C2 . 0 338.41 487,9

2B1 7r), 0 870 .20 833. 1 3B1 76, P 1140 . °2 833.

IBI 76.0 °«^6. 22 833.

ICl 76. n 715.49 833.1

2C1 76.0 7S4 . 17 833 .

IBS 120.0 1 1"'9 . 60 1 l-O 8 . 6

2d«s 120 .

0

1150.59 1108.6

ICa 12 0.0 1C"2 • "1 1 1 0 R , 6

2C5 120.0 ^ c . - X 3B3 ? 1 n n 1 Pf>l . 78

IB^ 2 1 n , n 1808.07 1733.1

2Bp. ? 1 n . n 1C7 210,0 1663, 04 1733.1

2Cf, 210.0 1556,68 1733.1

IBl 1 300 .0 21 AS. 16 2271 ,0

2B^ 300,0 ?0A9. 1

3

2271 .0

1A(S 300.0 22:»3,P3 2271.0

2A3 300.0 23Q7.«7 2271.0

1C12 300.0 2003.47 2271.0

2C9 300.0 2?53. 03 ?27i.n

lAlt 360.0 2533.24 2521,2

1A18 360 .0 2'=>59.03 2521 ,2

IClH 360.0 2359.20 2521,2

2Cl7 360.0 2687.^4 2521.2

TRANSITION REOION, CALCULATED VALUES

ENERGY/AREa CALCULATED /

(IfJ L'^/SQ IN) TE-'PERATURE(F) /

465.0 -7.5 /

545,0 16.3 /

625.0 35.6 /

700.0 51.3 /

730,0 66,5 /

860.0 80.6 /

940.0 93,9 /

1020,0 106,5 /

1100.0 118,7 /

1180.0 130,6 /

1260.0 l'i2,2 /

1340.0 153,6 /

1420.0 165.0 /

ISOO.O I 7A.tt /

1580,0 187.8 /

1 660,0 199,3 /

1740.0 211.0 /

1820.0 223.0 /

I'^OO.O r35.2 /

1980.0 247.

q

/

2060.0 261.2 /

2140.0 275.1 /

2220.0 290,0 /

2300.0 506,0 /

2380.0 323.4 /

2<»60.0 343.0 /

E^-lPE^ATURE CALCULI-TED EWFPGY

(F) /AREA ( IN-L^/SO Tm)_

.0 UP7.9

15.0 540.

30,0 600.5

45,0 668,9

60,0 744.7

75,0 B27.3

90,0 Q16.1

105.0 1010.2

120.0 1108.6

135,0 1210.4

150.0 1314,4

165.0 1U19. ^. 180.0 l'^25.4

195.0 Ift^O,

210,0 1733,1

?25.0 in"^3,4

240.0 1°30,3

'55,0 2023,0

270.0 2111,0

?B5,0 2103.8

Table 3 OA

RESULTS OF TESTS OF CVN SPECIi'lENS 0^ PLATE C<»

HEAT C4913-4 OF A517tH STEEL.

CALCULATIONS FOR E'IFFGY ABSORPTIO'J nijA OF

PLATE CK: CVM» (TL) ORIEMTATIom.

(Lt) Ar:D (TL) ORIE-lTATIOfiS REPRESENT LO;jGITU-.IfJAL AfiO TRANSVERSE SDEClME'iS* P-^SPECT I VELY . SPfCI'VN TF,j1PERATU^£(F) '^^SEPVEI? EN^^'GY CALCULATED '^^I^RCY ARSORPTIOM (FT-L"^) ABSOPPT I ON ( FT-L=^

)

T17CK1T .0 5.00 5.

TloCKlT .0 5 . '^O 5.1

T17CK1C .0 3.50 5.

TlpCKlC «0 4.00 5.1

T17CK1^ .0 5.00 5.

T1SCK15 .0 5.00 5.1

T17CK2C an . 0 8.50 8.7

TlTiCK^C 80 .

0

7.50 8.7

T17CK^T 80 .

0

10.00 . 7 Tl •,Ck<'T 30.0 1 0 . "^0 8.7

TiyCK? } 30.0 9.00 8 .'7 T 1 r C K 2

^ 80 .

0

8 . 0 8.7

T17CK3T 160.0 1 3 . "?0 14.0

T1cCK?T 160.0 14.^0 14.0

T17CK3C 160 .

0

12.00 14.0

TlnCK3C 160.0 12.00 14.0

T17CK33 160.0 14.00 14.0

T1RCK33 160.0 14.00 14.0

T17CK4C 16.00 17.8

TlnCKUC 2^+0.0 16.50 17.8

T17CK'+T 19.00 17.8

TlaCK'iT 2^0.0 17.50 17,8

T17CK4-J 2'in.o 20.00 17.8

TlflCK4H 240.0 18.00 17.8

T17CK5T 320.0 18.50 1C.3

T1PCK5T 320.0 17.50 1Q.3

T1TCK5C 32n.O 18.50 1°.3

Tlr.CK5C 320.0 18.00 19.3

T17CK5R 32n.o ?0.00 ia.3

Tl«CK5a 320.0 21.00 • 19.3

TRANSlTIOr' REGION» CALCULATED VALUES

ENfRGY CALCULATED

ABc;ORPTION TEvPERATUR^ ( F

)

10.0 TOO.

15.0 177.0

/ TEvPE'^ATURE CALCULATEP. EME^GY

/ (F) APS0RPTI0rj(FT-L3)

/ 110.0 10.6

/ 115.0 11.0

/ 120.0 11.3

/ 125.0 11.

/ 130.0 12.0

/ 135.0 12.4

/ 140.0 12.7

/ 145.0 13.0

/ 150.0 13.4

/ 155.0 13.7

/ 160.0 14. '1 / 165.0 14.3

/ 170.0 14.

/ , 175.0 14.9

/ 180.0 15.2

/ 185.0 15.4

/ 190.0 15.7

/ 195.0 16.0

/ 200.0 16.2

/ 205.0 16.4

Table 30B

RESULTS OF TfSTS 0^^ CVN SPECP-'ENS Op PLATE C-» . HEAT C4913-4 OF A517-H STEEL,

CALCULHTIOrjS FOR E'-f^RGY / ^REi DATA OF

PL^^£ CK: CVN'» (TD CRTrrjl-iTIO:!.

(LT) A-.O (TL) ORIE"TATT0NS REPRESErjT LONRITU'^INAL AMD

Transverse specive^Si Ri^sPECTiyELY.

SPECI"'E.N TEMPERATURE (F) O^S^^VE'^ EME°GY CAL'^ULAT'^D =:nER'--Y AREA (IN-L=/S'^ T!) / AREA ( I M-LB/SO P')

T 1 TP 1/ 1 X • u 4 . 0 0 491 . U

1 i cS ^ •n X 1 n

« U 533 . 55 4P4 . 4

n •J 0<D * - C 494 . U

1 A n V- I\ X L n 355 , q2 494 . a

1 J. /CIS i -j • u U Q . 1 1 49U . 4

1 X ^c M • u UPti , u

T 1 '7ri/ o 1 X I'-r^^.^ fin Q O 1 7

T 1 n C o 'J • J 7oa U7 A? n tx

1 X / L IV ^ 1 o 'J • u

A P 0 £x o 'J • U X 'J 1 H • u X AP 0 [1

1 X /UK/:'-'. otj • U c? ^ o . X A? n fx T 1 r, r 1/ T "J on n (5 O 1 A A? n £1

1 c n n 1 o'J • U1 T n A 7q X OD i . / T 1 — P "7 T IbO « u

1 /I n n O Q 1 T A 1 7 1 OO X . / T17CK3C 160.0 11(=,1 .96 1361.7

Tl:;CK3C loO.O 1 1"^6.95 1361.7

T17CK3,-' 160.0 13=;6. 05 1361 .7

T1aCK3 3 160.0 i3=;o . 33 1361.7

T17CKUC 240.0 15U5.45 175-5.3

TIrCK^C 240.G 1590.31 1752.3

TIvCK'J-T 2h9 ^ n r\ . U 13^3, 36 175^.3

1 iALK't 1 loBB.'J-O .. 1752.3

T 1 -^r 1/ LLn 1 X -^ Oil r. n l°32.5i+ 1752.3

oil n n 1734.66 1752.3

Ton n 17fl7.B3 1882.3

T 1 o r c;

1 i .T K. D 1 "? o n n 16°B.40 1882.3

Ton rv 1787. ?7 1882.3

TOO n 1735.65 1882.3

Ton n 1931.57 1882.3

Ton n 2026.60 1832.3

TRANSITIO'I REGIOrj » CALCIJLATED VALUES

ENFRGY/APE i CALCULATED / TE'^PE^ATURE CflLCULATEl' E (IN L=3/SQ TM) TZ-.'OER^TURE(F) / (F) /APEA{TN-L°/

495.0 .3 / 10.0 516.

575.0 2°.

8

/ 20.0 =^43.1

655,0 / 30.0 575.7

730.0 64.3 / 40.0 614.1

810.0 78.3 / 50.0 6'=^8.0 890.0 91.1 / 60.0 707.3

970.0 103.1 / 70.0 •7<^1.6 1050.0 114.7 / 80.0 820 .4

1130.0 126.2 / 90.0 803.

1210.0 137.6 / 100.0 °49.0

1290.0 1U9.2 / 110.0 1017.2

1370.0 161 .3 / 120.0 1036.8

1150.0 17a.

/ 130.0 ll'=^7.0 1530.0 137. Q / 140.0 12'6.7

1610.0 203. S . / 150.0 1?°5.3

1690.0 222.0 / 160.0 1361.7

1770.0 24(^. 1 / 170.0 11125.2

1850.0 2B5.3 / 130.0 iaA5.-5

/ 190.0 l^^ui .tx / .. . 200.0 1593.0

Table 30C

RESULTS OF TESTS OF CVN SPECT'iENS OF PLATE ^ HEAT C^9l3-4 OF A517-H STEEL.

calculations for latfral expa'.sion nata of

plaTe ck: cv-u (tl) ortentaticj.

(lt) a.'ic (tl) oriemtatt0m5 repRESENT LO:,GITU->ItjAL A.^^ TRiNSVtRSE SDECIMENS* p-^SPECTIVELY.

SPfCIMEN TEMPERATUPE(F) observed LATERAL CALCULATED LATtraL

EXPAN'SION (MILS) EXPAfJSlON (MIL'-^) T 1 7 C K 1 T .0 3.00 4.9

TlflCKlT . 0 5.50 4,9

T17CK1C . 0 4.00 4,9

T18CK1C . n 4.00 4,9

T17CK1^ .0 5.00 4.9

TlfiCKl''^ .0 4.'^0 4,9

Tl7CK?C 80 . n 8.00 8.

Tl.dCK2C 80 .

0

12.00 8. 1

* T17CK2T 80.0 8.00 f^. 1 Tl aCK^.T 60.0 9.00 8.1

Tl7CK'o 80.0 a. 00 8.1

TlaCK2r. 80.0 8.00 8.1

T17CK3T loO.O 12.00 12.8

TlaCK3T ISn.O 13.00 12.8

T17CK3C 160.0 11.00 12,8

T13CK3C i6n.o - 12.50 12,8

Tl7CK3i 160.0 12.50 12,8

T1ACK3.--, 160.0 13.00 12.8

Tl7CK^C Si+O.O 15.50 16..

8

TlsCKO-C 240 .

0

16.no lA.R

T17CK'iT 2*+0.0 18.00 16,8

TiaCK^iJ 2^+0.0 15.50 16,8

Tl7CK'i^^ 240.0 18.00 16.8

Tl ^CK'-iFs 240.0 18.50 16.8

T17CK5T 320.0 17.50 18.7

T1RCK5T 320.0 19.00 18,7

T17CK5C 320.0 16.00 18,7

T13CK5C 320.0 .. .- 18.50 18,7

T17CK5S 320.0 18.00 18.7

Tl8CK5n 320.0 19.50 18,7

TRANSITION REGION* CALCULATED VALUES

LATERAL CALCULATED / TEMPERATURE CALCULATEn LATERAL

EXPAnSION(vILS) TE''"dERATURE(F) / (F) EVPANSTON(MILS)

5,0 3.1 / 10.0 5.2

10.0 113.4 / 15.0 5.3

15.0 199,3 / 20.0 5.5

. - / 25.0 5.6

/ 30.0 5.8

/ 35.0 6.0

/ 40.0 6.2

/ 45.0 6.4

/ 50.0 6.6

- - - _ . . / 55.0 6.8

/ 60.0 7.0

/ 65.0 7.3

/ 70.0 7.5

- _ . / . - 75.0 .7.8

/ 80.0 8.1

/ 85.0 8.3

/ 90.0 8.6

/ 95.0 8,°

/ 100.0 9,2

- - . * / 105.0 . 9.5 _

APPENDIX A

CHARPY DATA ON SEVEN ASTM A5 14/5 17 STEELS

These data are from a current investigation

and, therefore, have not been released to

the public by the State of California

Department of Public Works.

These data are proprietary information for use by the Federal Government only.

•Al

Plato A, A517-F, 2-1 /A in., Hent 59863-20

Precrack Charr^y Innact

Test Specimen Energy Lat Expans

( F) No

.

(f t-lb) (mils)

-AO 5A1 2.06 1

5A2 2.10 0

5A3- 2.26 1

-20 A-1 2.01 1

A--2 2.05 0

0 A3

2.80 2

A-4 2.59 2

+20 A-5 3.28 3

A6

3.90 3

+40 5A7 3.76 3

5A8 3.98 4

5A9 4.32 4

RT 5A10 7.69 8

5A11 6.87 9

5A12 7.01 8

+120 5A13 10. 75 13

5A14 11.60 15

5A15 12.09 14

+160 5A16 15. 8 18

5A17 17.0 18

5A18 17.7 21 . +180 5A4 20.6 23

DAD Xo . J 5A6 19.1 21

+210 5A19 23.8 26

DA.ZU 5A21 29.7 30

rpy V-N otch

-40 6A1 13.20 10

6A2 14.55 11

6A3 13.28 8

0 6A4 15.20 9

6A5 15.73 11

6A6 16.42 11

40 6A7 17.29 - 11

6A8 20.19 14

• 6A9 15.73 10

+74 6A10 19.40 13

6A11 18.58 14

6A12 16.68 12
II / I
Al (Continued)

Plate A, A517-F,' 2-1/4 in., Heat B9863-2C CCont.)

Charpy V-Notch (cont.)

Test

(°F)

Specimen

No

.

Energy

(ft-lb)

Lat E

(mi

+120 6A13 21.40 21

6A1A 25.36 20

6A15 26.35 24

+160 6A16 30.57 26

6A17 30.48 25

6A18 27.19 24

+210 6A19 37.93 32

6A20 39.06 35

6A21 42.53 36

A2

Plate AL, A317n, 2-1/A in., Hent AA071-6

Precrack Charpy Impact

Test

y Specimen

NO • Energy(.rt-ib;

Lat Expans'

(.mils

+80 5AL1 2.61 0

-AO SAL 2 4.82 2.5

0 5AL9 6. 33 3.5

_!_0 A +20 CAT O jAL J / .u AL-1 7.05 6.0

-AO AL-2 8.60 9.5

AL-3 8.72 7.5

+60 AL-A 9.04 10.0

AL-5 10.50 10.5

+74 5AL4 13.0 12.5

5AL8 14.1 12.5

+120 CATC 5AL5 ly . 0 17X / . 0u +160 5AL7 24.2 22.5

AT C AL-o

+210 5AL6 32.6 . 32.0

h

-AO 4AL1 5.95 2.5

0 AAL2 10.5 7

+20 4AL3 11.9 8

4ALA 10.4 6

4AL5 13.1 9

+74 4AL6 20.85 16.5

4AL10 22.5 18

+120 4AL7 24.7 20.5

4AL9 31.1 26.5

+210 4AL.8 41.8 36.5
IIiiiI!\\I1Ij
A3

Plate L, A517F, 2-1/4 in., Heat 97L168-06W2

Precrack Charpy Impact

Test

( F)

Specimen

XTNo

.

Energy

(ft-lb)

Lat Exp

(mils

-«0 5L1 7.2 6

5L10 6.8 4.5

-60 L-1 10.2 10.5

8 > -40 5L2 12.4 10

L-3 13 9

L-4 14.0 13

-20 L-5 I'd. S L-6 18.6 17

0 5L7 26.3 24.5

90

+20 5L3 23.2 19

+40 L-7 36.9 36

L-8 42.6 37

+73 5L4 44.4 39.5

5L9 48.4 39.5

+120 5L5 52.8 45

+210 5L6. 52.6 45

Charpy V-Notch

-80 4L9 10.9 7.5

4L10 8.8 ^5.5

-40 ALl 39.8 29

0 4L2 72.3 50

+20 4L3 79.1 48

4L4 65.5 44

4L5 70.5 45

+73 4L6 79.1 51

+120 4L7 78.8 51.5

+210 4L8 74.9 53

Plato >f, A.514-F, 2-J / ^ In., Heat 92L088-10U2

Precrack Charpy Impact

Test

(°F)

Specimen

No

.

Energy

(ft-lb)

Lat Expans

(m.ils)

-100 5M9 9.4 7.5

M-1 11.6 10

M-2 11.8

-80 5M1 14. 8 13.5

5M10 13.4 13.0

-60 M-3 23.2 20.5

M-4 20 .21

Jo . 2 Zo.D

5M9 29.4 23

-20 M-5 36.3 34

M-6 42.4 37.5

0 5M8 51.0 41.5

+20 5M3 53.2 41.5

+7A 5M4 51.3 42

jM_>

+210 5M6 49.4 42.5

rpy V—Notch

-

-100 4M10 24.1 17.5

-80 4M9 32.2 23

-AO 4M1 51.3 34

0 4M2 64.7 44

+20 4M3 66.7 47

4M4 64.5 46.5

4M5 65.8 47.5

+74 4M6 66.7 41.5

+120 4M7 66.7 48.5

+210 4M8 64.8 46

A5

Plate 0, A517-H, 2-1/A in.. Heat CA913-A ...

Test Specimen Fnerp.v (ft-lh)J Lat Expans (mils)

Precrack Charpy Impact

0 2C13 2.2

2C16 2.6

2A19 4.0

2B1A 3.3.

+76 1C8 5.8

2C7 5.5

lAl 7.1

1B7 7.1

2A1 6.6

2B7 7.3

+120 ICll 6.9

2C10 6.6

1A4 9.0^

1A19 7.9-

IBIO 7.7

1B19 7.1-

+160 1C18 8.6

1C19 7.6

2A11 9.5'

2A12. 9.5.

2B10 8.8

+210 1C9 9.5

2C8 10.3.

1A2 11.

1B8 11. A- 2A2 11 .

6

2B8 , 10.8

+300 ICIO 14.6

1A3 15.6

1B9 .

' 14.

+360 2C11 16.1

2C12 1A.9 . 2A17 17.6

2A18 • 16.2.

2B12 15.5

(°F) No. Midthick Surface Midthick Surface
\

r
A5 (Continued)

PJateO, A517-H, 2-1/A in.. Heat CA913-A (Cont'd)

Test

(°F)

Specimen

No.

Ener^'V (ft-lb)

Midthick Surf ace Lat Expgns (nils)Midthick Surface

Charpy V-Notch Tmoact

-AO 1C13

2C19

2A16

2B18

1A15

1B17

2.6

3.1

3.9

3.5

A.

6

3.5

1C2

2C2

1B2

2B2

3B2

A.

3.5

5.6

A.

5.

+76 ICl

2C1

IBl

2B1

3B1

7.

7.8

10.2

9.0

11.8

+120 1C6

2C5

1B5

2B5

11.2

9.6^

12.2

11.9

+210 1C7

2C6

1B6

2B6

3B8

17.2

16.1

18.7

20.2

20.6

+300 1C12

2C9

1A6

2A3

IBll

2B9

21.6

23.0

23.0

2A.8

22.6

21.

+360 ICIA

2C17

lAlA

1A18

2A.A

27.8

26.2

27.2

A6

Plate R, A51A-n, 2-in., Heat 07619-03W1

Precrack Charov Tippact

Test Specimen Energy Lat Expans

(°F) No. (ft-lb) (mils)

-100 5R9 2.60 0

-80 5R1 2.92 0

-60 R-1 4.11 2.5

R-2 4.49 3.5

-40 5R2 4.42 2

S 73 5

R-4 5.38 A

-20 R-5 7.22 7

R-6 6.30 6

0 5R7 . 9.77 8

J1S.O XVJ in . z0 • O.J

+20 5R3 . 12.0 11.5

+73 5RA 17.8 16.5

+120 5R5 26.0 23.5

+210 5R6 35.5 35

rpy V—Notcli

-80 4R9- 6.23 A.

5

-40 4R1 10.0 9.5

0 AR2 19.05 13.5

+20 4R10 24.3 ' 18

4R3 21.8 18

4R4 22.8 16

4R5 16.9 12.5

+73 4R6 33.9 25.5

+120 4R7 43.5 3A.5

+210 ARB 56.

A7

A7

Plate Z, A517-U, 2-1/A in.. Heat B9093-'^B '

Precrack Charuv Impact

Test Speciinen Energy Lat Expans

CF) No

.

(ft-lb) (mils)

-100 578 3.41 1.5

-80 5Z1 4.32 1.5

-60 Z-1 4.43 1

Z-2 5.42 2.5

-AO 5Z2 6.42 4

Z-3 5.92 2.5

-20 5Z10 6.98 5.5

Z-4 7.18 6

0 5Z9 9.67 7

Z-5 9.67 1'

+20 5Z3 13.2 10

5Z7 11.05 9

+40 2-6 13.6 11.5

Z-7 13.1 9.5

+74 5Z4 20.35 17

Z-8 19.1 15

+120 5Z5 29.

S

24

+210 5Z6 41.3 33.5

Charpy V-Notch

-100 4Z10 7.55 3.5

-80 4Z9 8.13 . 3.5

-40 4Z1 10.9 6.5

0 4Z2 22.5 15.5

+20 4Z3 25.3 17.5

4Z4 23.6 18

4Z5 28.8 19

+74 4Z6 36.1 20.5

+120 4Z7. 45.6 32.5

+210 4Z8 55.0 41.5

APPENDIX B

Test Plan for Specimens Submitted to NBS fo

Testing and Computer Evaluation. Specimens

were Taken from Plate CK, Heat C4913-4,

A517-H Steel.

Bl

Longitudinally Oriented (LT)

Specimen

Location

Test Temperature (F)

+80 +160 +240 +320

Top 17CK1T

T O ^T' 1 m loCKlT

17CK2T 17CK3T

loCKJl

17CK4T

loCK4T

17CK5T

IdCKoT

Charpy V-notch

(CVN) Center 17CK1C 17CK2C 17CK3C 17CK4C 17CK5C

Bottom 17CK1B

18CK1B

17CK2B

18CK2B

17CK3B

18CK33

17CK4B

1SCK4B

17CK5B

18CK5B

Top 17CK6T

18CK6T

17CK7T

18CK7T

17CK8T

18CK8T

17CK9T

18CK9T

17CK10T

18C?aOT

Precracked Char

(PCI) Center 17CK6C 17CK7C 17CK8C 17CK9C 17CK10C

Bottom 17CK6E

18CK6B

17CK7B

18CK7B

17CK8B

18CK8B

17CK9B

18CK9B

17CK10B

18CK103

Transverselv Or iented (TL)

Top T17CK1T

T18CK1T

T17CK2T

T18CK2T

T17CK3T

T18CK3T

T17CK4T

T18CK4T

T17CK5T

T1SCK5T

Charpy V-notch

(CVN) Center T17CK1C

T18CK1C

T17CK2C

T18CK2C

T17CK3C

T18CK3C

T17CK4C

T13CK4C

T17CK5C

T18CK5C

Bottom T17CK1B

T18CK1B

T17CK2B

T18CK2B

T17CK3B

T18CK3B

• T17CK4B

T18CK4B

T17CK5B

Ti8CK53

APPENDIX C

Results of Measurements Taken on Specimens from

Plate CK of Heat C4913-4, ASTM Type A517-H Steel.

CI

A SIDE 1

SPFClMrN • FNfRcy latfRal spcc

mfn SIDF FR actuRf

NUM8CR Tf mpfRatuRf AB50KPTHJN FXPA^iS I Of4 DFPTh 2 dfpth LENGTH

(F) ( FT-LB ) (MiL3.

)

( IN. )

( IN. ) ("in. )

( IN. ) TlSrxiB 0.0 5.0 4.5 ,3945 . 3949 .3 148 2 .1596

n7r<iB 0.0 5.0 5.0 ,3943 .3 944 .3 149 2.1603

0.0 4.0 A.O ,3947 .3947 .3152 2. 1589

T17CK1C 0.0 3.5 4.0 ,3946 .3946 .3 147 2. 1596

T18r<lT 0.0 5,5 5.5 ,3945 .3947 .3134 2.1597

T17CK1T 0.0 5.0 3.0 ,3942 .3943 ,3144 2 .

b^9 18CK1B 0.0 ^.5 3.0 ,3946 . 3946 . 3 148 2 . 1 590 17CH1B 0.0 4.0 3.0 ,3946 .3947 . 3 147 2 . 1 574 17CK1C 0.0 ^,0 3.0 ,3943 .3943 .3144 2.1604

18CK1T a.o A.O 3.0 ,3946 .3946 .3 144 2.1589

17rKlT 0.0 4.5 4.5 .3942 .3943 .3151 2.1601

iec<6B 0.0 '*.o 6.0 ,3946 .3948 .2695 2.1592

17CK.6B 0.0 4.0 5.0 ,3942 .3944 .2691 2.1610

17CK6C 0.0 3.5 4.0 ,3947 .3947 .2740 2.1591

18rK6T 0.0 4.0 3.5 ,3942 .3943 .2785 2. 1564

17CK6T 0.0 4.0 3.5 , 3944 .3946 .2702 2.1616

T18'-K2r 80.0 8.5 8.0 , 3946 .3946 .3147 2 .1602

T17rK2R 80.0 9.0 8.0 ,3950 .3949 .3150 2.15°9

T18r<2r 30.0 7.5 12.0 , 3944 .3945 .3149 2.1570

TllrKZr 80.0 3.5 8.0 ,3944 .3943 .3148 2.1619

TiecK2T 80.0 10.5 9.0 ,3946 .3949 ,3149 2.1598

T17nC2T 80.0 10.0 8.0 ,3946 .3947 .3151 2.1612

18CK2B 80 .0 • 9.5 8.0 ,3946 .3946 .3148 2.1617

17CIC2R 80.0 9.0 7.5 ,3946 .3946 .3143 2.1563

17CK2C 80.0 7.0 6.0 ,3946 .3946 .3 147 2.1574

18CtC2T 80.0 10-5 9.0 ,3944 .3945 .3 147 2.1598

17rK2T SO.O 10.5 8.0 ,3946 .3947 .3152 2.1597

17C<7b SO.O 6.0 7.0 ,3947 .3947 .2728 2 . 1539

18CK7B 80.0 6.5 6.0 ,3943 .3943 .2714 2. 1625

17CK.7T 8C .0 7.0 5.5 ,3946 .3947 .2723 2.1586

18CK7T 30.0 6.0 6.0 ,3942 .3942 .2747 2.1613

17CK7C 30.0 5.5 5.0 ,3942 .3943 .2750 2.1612

T17COR 160.0 14.0 12.5 ,3942 .3943 .3 142 2.1597

T18COB 160 .0 14.0 13.0 ,3946 .3947 .3152 2 .i-5 9 9

T 18rK3r 160.0 12.0 12.5 ,3944 .3945 .3151 2.1598

T17c<3c 160 .0 12.0 11.0 , 3944 .3943 .3143 2. 1603

T18c<3f 160 .0 14.5 13.0 ,3946 .3946 .3149 2,1539

T17CK3T 160 .0 13.5 12.0 ,3943 .3943 .3144 2,1592

17CK3B 160.0 15.0 12.5 ,3944 .3945 .3144 2.1600

18CtC3B 160.0 13.0 12.0 ,3946 .3946 ,3147 2.1596

17rK3c 160.0 15.0 13.0 ,3942 .3942 .3144 2.1604

lerOT 160.0 15.0 13.0 ,3945 .3946 .3147 2.1568

17CK3T 160 .0 14,0 14.0 ,3944 .3943 .3 148 2.1589

18CK8B 160 .0 3.0 3.0 ,3946 .3946 .2718 2. 1602

17CK.8B 160.0 3.5 7.0 3944 .3943 .2702 2.1601

18CIC8T 160.0 9.0 10.0 ,3946 .3947 .2772 2.1592

17CK.8T 160.0 8.0 8.0 ,3946 .3947 .2774 2.1609

I7c<ac 160 .0 11.0 8.5 ,3947 .3947 .2746 2.1598

T18CIC*T 2h0.0 17.5 15.5 ,3948 .3946 .3152 2.1536

17CKAC 2^*0.0 19.5 19.0 ,3950 .3948 .3155 2. 1601

17C<'^T 240.0 18.5 17.0 ,3950 .3948 .3158 2.1592

18C<^T 2<*0.0 18.5 17.0 ,3948 .3948 .3154 2.1568

17CK4B 240 .0 20.0 20.0 ,3949 .3949 .3152 2.1616

T17C^'»T 240.0 19.0 18.0 , 3948 .3948 .3150 2 .1606

T17CK'»C 240.0 16.0 15.5 ,3946 .3944 .3150 2.1605

T18CK4C 240.0 16.5 16.0 , 3946 .3945 .3156 2.1599

T17CK4R 240.0 20.0 18.0 ,3950 .3945 , 3 148 2.1607

T18C<^B 240.0 18.0 18.5 ,3947 .3948 .3154 2 . 1603

18(-K4B » 240.0 ,3947 .3949 ,3153 2.1613

17C1C'3R 240.0 11.0 12.5 .3950 . 3947 ,2808 2 .1605

18CK9T 240 .0 11.0 12.5 ,3950 .3948 ,2772 2.1567

17CK.9C 240.0 U.O 13,0 .3948 .3949 .2733 2.1617

ieCK9B 240 .0 12.0 12.0 .3950 .3948 .2667 2.1616

17rK9T 240.0 11.0 11.5 .3950 .3947 .2752 2.1534

320.0 21.5 19.5 .3950 .3948 .3150 2 ,1564

17rK5T 320.0 23.0 21.0 .3951 .3948 .3 152 2 .1590

17rlt5B 320.0 23.5 23.0 .3950 .3948 .3151 2 .1605

17CK5C 320.0 24.0 • 24.0 .395 1 .3949 .3151 2.1598

18CK.5B 320.0 25.0 20.5 .3950 .3943 .3 149 2.1615

H7C-6T 320.0 18.5 17.5 .3945 .3947 .3146 2.1620

T18CIC5T 320.0 17.5 19.0 .3948 .3 946 .3152 2.1616

T17rK5C 320.0 16.5 16.0 .3949 .3947 ,3147 2.1622

T18rK5r 320.0 18.0 18.5 .3947 .3947 ,3153 2.1612

TlSrKSB 320.0 21.0 19.5 .3946 .3945 .3 152 2 . 16C6

TlTr<5B 320.0 20.0 18.0 .3946 .3947 .3148 2.1610

18CK10T 320.0 12.0 13.0 .3951 .3948 .2687 2.1574

17CK.10T 320.0 14.0 16.0 . 39'*9 .3947 ,2376 2.1591

17CK10C 320 .0 14,0 17.5 .3953 .394^ .2769 2.161

nrif 1 Os 320.0 14.5 17.0 .3948 .3948 .2760 2.1607

320.0 15,0 17.0 .3953 ' .3951 .2762 2.1623

* SPl", . 'fN IMPROPERLY TcSTFDi NOT USED IN RfPORT.

FORM II. Ml

U.5. DZPT. i. PI'i^LICATIOX Oil llEI'ORT NO. 1 2. Go-.-'t Accc-sr. ion BIBLIOGRAPHIC DATA NBSIR 73-293 j

3. Recipient's Accession No.

j

1 4. TITLt-: ANP >UbTITl.r:

PPaPT'TTTJ'P TnTTP'n'VTC C p-^^ A TT T" T HP nr'!P>T''H'F'n — Mn— r lvMv_ J. U Xxll/ 1 U on Cj D H; V /axj Ui*"!. J. l.JiN vJT \^UI-iL^\^n.i~iLJ r\l\LJ

TEMPERED BRlDC-E STuELS

5. Publication D^tc

j Dr-f-nhpir 1 97? i

6. Perfor.Tiing Organization Cede

j

7. AUTHORvS)

C. G. Interrante and G. E. Kicho

c. Performing Urganizaticn

j NBSIR 7 3-293 i

9. PERFORMING ORGANIZATION NAME AND ADDRESS

A 1 lO.. Ai- DL(\r.AU Or i A.\ U AKUo

DEPARTMENT OF COMMERCE

WASHINGTON, D.C. :-0234

10. Project/Tasb Work Unit No. 3120417

11. Contract/Gran: No. 3-1-1889

12. Spon serin ^. r>rg3n izat ioQ N-tt-.c- -.nd -"vdd.re.ss Or rice oi Researcn

Federal Hichv/ay Adininistration

Department of Transportation

V7ashington, D. C. 2 05 91

13. Type of RcD. -t Period i Covered " l aixure i Analysis Report i

14. SDonso;;ng .'. ccncy Code •

^ i

1 15. SUPPLEMENTARY NOTES 1

16, .ABSTRACT (A Z'Ju-T.ord or less faciual sdrr.mary of most significant i.";form.ation. If document includes a significant '< bibliocrophy or literature survey, mention it iici e.! | The results of analyses of 25 sets, of ijr.pact test data representing^

8 plates frcmt 7 lieats of AST3! type 514 and type 517 steels are given as

43 Figures containing 128 plots and as 90 Tables. The figures and

tables give the observed data and the calculated '/alues of the fitted - cur^'es based on the available data for energy absorption, energy

absorption per unit area, and lateral expansi.on. The calculations

were m.ade using the com.puter program ITER, created at the National

Bureau of Scandards (NBS). Sixteen of the data sets, represer.ting 7

heats of steel , v/ere furnished by the Federal Highway Adm.inistration

(Fil/".A) . The other 9 da.ta sets represented only one of tlie 7 neats

of steel, and these data v:ere obtained in tests conducted at NBS

v;ith specimens furnished by FHVrA. The results of the NBS tests on

one elate are compared v.-ith the results of another laboratory's

tests on another plate from, the sam.e heat of steel.

17. KE't' WORDS ( .Mphabeticai order, separatea by semicolons",

A3TH A514 and A517 Steels; Charpy (C\^0 and precracked (PCI); \ Ir.pact tests data

13. AVAILABIEin- STATEMENT

! ! UNLIMITED.

1x1 FOR OI FICI AL DISTRIBUTION. DO NOT RELEASE

TO NTIS.

— — 1- .- .1 .. , — 1

19. SECURITY CLASS

(THIS REPORT)

UNCLASSIFIED

2!. NO. OF P.\GE^

245

20. SECURITY CLASS

(Tins PAGE)

UNCLASSIFIED

22. Price 1

i1

1

1

i
Ill

'"

i

I

^1 I