[masa-analytical]: putting it into a traditional svn structure.
[MASA-analytical]: populating very basic polynomial class for spelart-alamaras manufactured solution. Need to latex up analytical work so far, and pass ideas by Todd tomorrow. Adding two plots with demonstrations of reasonable test functions for use in SA model
[MASA-analytical]: populating very, very sketched out model document outlining solution class for SA RANS model
[MASA-analytical]: fiddling with xmgrace plot
mms: Adding simplified/correct version of source term Qe for 3D Navier-Stokes due to problems with Maple. The C file is also correct. Name of the files: NavierStokes_equation_3d_energy_simplified.mw, NavierStokes_equation_3d_e_code_simplified.mw, NavierStokes_3d_e_code_simplified.C.
MMS: Removing former folders euler (steady) and  euler_transient. New folders for Euler equations will be added in sequence.
MMS: Adding euler_transient and euler_steady. These two new folders have the 1D, 2D and 3D cases of Euler equations (steady and transient) using the manufactured solutions proposed by Roy et al 2002. There are also files used to count characters for the source term for the 3D energy equation prior and after the factorization (.dat). Only two reports discuss the Maple manipulations: one for the steady case and one for the transient one. Maple, C and latex files uploaded.
MMS: Removing former folder burgers. It used Salari&Knupp's manufactured solutions and we are changing to Roy et al(2002)'s solutions. New folder for Burgers will be added in sequence.
MMS: adding burgers folder for the 2D transient/steady and/or viscous/inviscid Burgers equations. This version uses the manufactured solution proposed by Roy et al 2002. Maple, latex, pdf and C files uploaded.
MMS: euler_steady and euler_transient. Fixing latex files.
Euler_steady: cleaning up unnecessary variable P in maple and C codes for velocities u, v and w.
Euler_transient: cleaning up unnecessary variable P in maple and C codes for velocities u, v and w, and density rho.
Euler_transient: adding files for counting characters of 2D velocity u.
MMS: removing former folders comp_navier_stokes (steady) and navier_stokes transient. New folders to be added in sequence.
MMS: Adding navier_stokes_comp_transient and navier_stokes_comp_steady. These two new folders have the 1D, 2D and 3D cases of the compressible Navier-Stokes equations (steady and transient) using the manufactured solutions proposed by Roy et al 2002. There are also files used to count characters for the source term for the 3D energy equation prior and after the factorization (.dat). Only two reports discuss the Maple manipulations: one for the steady case and one for the transient one. Maple, C and latex files uploaded.
MMS: deleting axi_euler and axi_navier_stokes. Such folders will be replaced.
MMS: Adding euler_axi_steady and euler_axi_transient. These folders contain Roy et at 2002's manufactured solutions for axisymmetric Euler equations - steady and transient cases. Latex, maple and C files uploaded.
MMS: Adding navier_stokes_Sutherland_transient and navier_stokes_Sutherland_steady. These two new folders have the 1D, 2D and 3D cases of the compressible Navier-Stokes equations (steady and transient) with Sutherland viscosity model using the manufactured solutions proposed by Roy et al 2002. There are also files used to count characters for the source term for the 3D energy equation prior and after the factorization (.dat). Only two reports for the manipulations: one for the steady case and one for the transient one. Maple, C and latex files uploaded.
MMS: Adding folder for 1D steady Euler + chemistry in thermal equilibrium (only one temperature). Equibibrium constant K is a to-be-defined function of T: K=K(T).
MMS: Adding FANS_SA_transient - manufactured solutions for the 2D transient Favre-Averaged Navier-Stokes equations with compressible baseline Spalart-Allmaras turbulent model. We consider two simplifications: the viscosity mu is constant, and the distance d to the nearest no-slip wall is infinite. Maple, C and Latex files included.