XFEM MATLAB
...........\11.m
...........\Benchmarks
...........\..........\1 Center Crack in a Finite Plate
...........\..........\................................\Full Model
...........\..........\................................\..........\Output.txt
...........\..........\................................\..........\inputQuasiStatic.m
...........\..........\................................\Half Model
...........\..........\................................\..........\Output.txt
...........\..........\................................\..........\inputQuasiStatic.m
...........\..........\2 Edge Crack in a Finite Plate
...........\..........\..............................\Output.txt
...........\..........\..............................\inputQuasiStatic.m
...........\..........\3 Hard Inclusion in a Finite Plate
...........\..........\..................................\ANSYS Stress Plots.pdf
...........\..........\..................................\inputQuasiStatic.m
...........\..........\4 Hole in an Infinite Plate
...........\..........\...........................\inputQuasiStatic.m
...........\..........\5 Paris Law Crack Growth
...........\..........\........................\inputQuasiStatic.m
...........\..........\........................\mxfemVSanalytical.asv
...........\..........\........................\mxfemVSanalytical.m
...........\..........\6 Crack Growth in Presence of Inclusion
...........\..........\.......................................\Hard Inclusion
...........\..........\.......................................\..............\inputQuasiStatic.m
...........\..........\.......................................\..............\mxfemVSbordas.m
...........\..........\.......................................\Soft Inclusion
...........\..........\.......................................\..............\inputQuasiStatic.m
...........\..........\.......................................\..............\mxfemVSbordas.m
...........\..........\7 Crack Initiation Angle for Crack Initating from a Hole in a Plate
...........\..........\...................................................................\Output.txt
...........\..........\...................................................................\inputOptimization.m
...........\..........\...................................................................\xfemOptimization.m
...........\..........\inputQuasiStatic.m
...........\JIntegral.asv
...........\JIntegral.m
...........\Untitled.asv
...........\User Manual
...........\...........\Flowchart.png
...........\...........\User Manual.pdf
...........\...........\Version History.txt
...........\bimatctipNodes.m
...........\boundaryCond.m
...........\calcDOF.m
...........\connectivity.m
...........\crack0.txt
...........\crack1.txt
...........\crack2.txt
...........\crack3.txt
...........\crackCoord2Length.m
...........\ctipNodes.m
...........\elemStress.m
...........\enrElem.m
...........\forceVector.m
...........\gauss.m
...........\growCrack.asv
...........\growCrack.m
...........\heaviNodes.m
...........\inputLoadHistory.m
...........\inputOptimization.m
...........\inputQuasiStatic.asv
...........\inputQuasiStatic.m
...........\levelSet.m
...........\numIterations.m
...........\plotContour.m
...........\plotDeformation.asv
...........\plotDeformation.m
...........\plotLevelSet.m
...........\plotMain.m
...........\plotMesh.asv
...........\plotMesh.m
...........\plotStress.m
...........\sqRcos3t2.fig
...........\stiffnessMatrix.asv
...........\stiffnessMatrix.m
...........\subDomain.m
...........\updateStiffness.m
...........\xfemOptimization.m
...........\xfemQuasiStatic.asv
...........\xfemQuasiStatic.m