Two step taylor galerkin algorithm in matlab

The following Matlab project contains the source code and Matlab examples used for two step taylor galerkin algorithm. Non-linear finite element analysis is an essential component of nowadays computational mechanics.

The source code and files included in this project are listed in the project files section, please make sure whether the listed source code meet your needs there.

Project Files: 

File NameSize
MSc_Thesis.pdf 1070191
IN_EX1_1.txt 340
IN_EX1_2.txt 2557
IN_EX2_1.txt 5332
IN_EX2_2.txt 878
IN_EX3_1.txt 12225
IN_EX3_2.txt 12226
IN_EX4.txt 8653
IN_EX5_1.txt 6144
IN_EX5_2.txt 6144
IN_EX6.txt 1055
IN_EX7_1.txt 2623
IN_EX7_2.txt 2621
IN_EX8_1.txt 3488
IN_EX8_2.txt 3486
Contour1.m 4282
Contour2.m 4297
Flux_Unk.m 1852
Flux_Vis_Unk.m 2871
Geometry.m 5913
Global_M_Lumped.m 1743
Global_RHS.m 13465
Initialize.m 943
Main.m 5989
Mesh_Error.m 5680
Output.m 5155
Piola.m 2053
Piola_Vis.m 1033
Plot_2d_Mesh.m 2421
Postprocess.m 1482
Read_Data.m 3911
Traction.m 674
Unk_Predict.m 1932
Wall_BC.m 3050
Write_Data.m 1045
Contour1.m 4282
Contour2.m 4297
Flux_Unk.m 1755
Flux_Vis_Unk.m 2790
Geometry.m 4002
Global_M_Lumped.m 1552
Global_RHS.m 9691
Initialize.m 943
Main.m 5878
Mesh_Error.m 5284
Output.m 5155
Piola.m 2053
Piola_Vis.m 1033
Plot_2d_Mesh.m 2421
Postprocess.m 1502
Read_Data.m 4005
Traction.m 671
Unk_Predict.m 1846
Wall_BC.m 3246
Write_Data.m 1045
Flux_Unk.m 1251
Flux_Vis_Unk.m 2023
Global_M_Lumped.m 644
Global_RHS.m 5743
Initialize.m 813
Main.m 2755
Numerical.m 3680
Piola.m 741
Piola_Vis.m 647
Read_Data.m 3200
Traction.m 517
Unk_Predict.m 1559
Wall_BC.m 847
Write_Data.m 396