The solver was made to solve the convetive heat tranfer problem (2-D steady elliptic BVP). Not only several schemes, which are ADI, checkerboard, Crank-Nicolson, Gauss-Seidal with SOR but also exact solution are also present. You can implement and compare the error of each scheme with analytical solution. The code was made at the LINUX platform. Let me know if you need assistance.

.CFD_4_41.f.un~
.scheme --ADI.dat.un~
CFD_4_41.f
CFD_4_41.f~
Comparion of --ADIFDE with Exact.dat
Comparion of --CheckerboardFDE with Exact.dat
Comparion of --Crank-NicolsonFDE with Exact.dat
Comparion of --ErrorFDE with Exact.dat
Comparion of --ExactFDE with Exact.dat
Comparion of --Gauss-Seidal with SORFDE with Exact.dat
Comparion of --LSORFDE with Exact.dat
Make_and_Execute
Make_and_Execute~
Post_Process.f
Pre_Process.f
Trid.f
comparison of FDE of Exact.dat
comparison of w with w_opt.dat
ex.dat
fort.2
given_constant.f
gs.dat
input_data.txt
main.out
scheme --ADI.dat
scheme --Checkerboard.dat
scheme --Crank-Nicolson.dat
scheme --Error.dat
scheme --Exact.dat
scheme --Gauss-Seidal with SOR.dat
scheme --LSOR.dat
solver.f
variables.f

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