This procedure is used for the analysis of plate crack propagation, simulation, and analysis of void inclusion in a plate, using the method for the extended finite element method (XFEM), and the programming language for MATLAB.

MXFEM 1.2\Benchmarks
MXFEM 1.2\Benchmarks\1 Center Crack in a Finite Plate
MXFEM 1.2\Benchmarks\1 Center Crack in a Finite Plate\Full Model
MXFEM 1.2\Benchmarks\1 Center Crack in a Finite Plate\Full Model\inputQuasiStatic.m
MXFEM 1.2\Benchmarks\1 Center Crack in a Finite Plate\Full Model\Output.txt
MXFEM 1.2\Benchmarks\1 Center Crack in a Finite Plate\Half Model
MXFEM 1.2\Benchmarks\1 Center Crack in a Finite Plate\Half Model\inputQuasiStatic.m
MXFEM 1.2\Benchmarks\1 Center Crack in a Finite Plate\Half Model\Output.txt
MXFEM 1.2\Benchmarks\2 Edge Crack in a Finite Plate
MXFEM 1.2\Benchmarks\2 Edge Crack in a Finite Plate\inputQuasiStatic.m
MXFEM 1.2\Benchmarks\2 Edge Crack in a Finite Plate\Output.txt
MXFEM 1.2\Benchmarks\3 Hard Inclusion in a Finite Plate
MXFEM 1.2\Benchmarks\3 Hard Inclusion in a Finite Plate\ANSYS Stress Plots.pdf
MXFEM 1.2\Benchmarks\3 Hard Inclusion in a Finite Plate\inputQuasiStatic.m
MXFEM 1.2\Benchmarks\4 Hole in an Infinite Plate
MXFEM 1.2\Benchmarks\4 Hole in an Infinite Plate\inputQuasiStatic.m
MXFEM 1.2\Benchmarks\5 Paris Law Crack Growth
MXFEM 1.2\Benchmarks\5 Paris Law Crack Growth\inputQuasiStatic.m
MXFEM 1.2\Benchmarks\5 Paris Law Crack Growth\mxfemVSanalytical.asv
MXFEM 1.2\Benchmarks\5 Paris Law Crack Growth\mxfemVSanalytical.m
MXFEM 1.2\Benchmarks\6 Crack Growth in Presence of Inclusion
MXFEM 1.2\Benchmarks\6 Crack Growth in Presence of Inclusion\Hard Inclusion
MXFEM 1.2\Benchmarks\6 Crack Growth in Presence of Inclusion\Hard Inclusion\inputQuasiStatic.m
MXFEM 1.2\Benchmarks\6 Crack Growth in Presence of Inclusion\Hard Inclusion\mxfemVSbordas.m
MXFEM 1.2\Benchmarks\6 Crack Growth in Presence of Inclusion\Soft Inclusion
MXFEM 1.2\Benchmarks\6 Crack Growth in Presence of Inclusion\Soft Inclusion\inputQuasiStatic.m
MXFEM 1.2\Benchmarks\6 Crack Growth in Presence of Inclusion\Soft Inclusion\mxfemVSbordas.m
MXFEM 1.2\Benchmarks\7 Crack Initiation Angle for Crack Initating from a Hole in a Plate
MXFEM 1.2\Benchmarks\7 Crack Initiation Angle for Crack Initating from a Hole in a Plate\inputOptimization.m
MXFEM 1.2\Benchmarks\7 Crack Initiation Angle for Crack Initating from a Hole in a Plate\Output.txt
MXFEM 1.2\Benchmarks\7 Crack Initiation Angle for Crack Initating from a Hole in a Plate\xfemOptimization.m
MXFEM 1.2\bimatctipNodes.m
MXFEM 1.2\boundaryCond.m
MXFEM 1.2\calcDOF.m
MXFEM 1.2\connectivity.m
MXFEM 1.2\crackCoord2Length.m
MXFEM 1.2\ctipNodes.m
MXFEM 1.2\elemStress.m
MXFEM 1.2\enrElem.m
MXFEM 1.2\forceVector.m
MXFEM 1.2\gauss.m
MXFEM 1.2\growCrack.m
MXFEM 1.2\heaviNodes.m
MXFEM 1.2\inputLoadHistory.m
MXFEM 1.2\inputOptimization.m
MXFEM 1.2\inputQuasiStatic.m
MXFEM 1.2\JIntegral.m
MXFEM 1.2\levelSet.m
MXFEM 1.2\numIterations.m
MXFEM 1.2\plotContour.m
MXFEM 1.2\plotDeformation.m
MXFEM 1.2\plotLevelSet.m
MXFEM 1.2\plotMain.m
MXFEM 1.2\plotMesh.m
MXFEM 1.2\plotStress.m
MXFEM 1.2\stiffnessMatrix.m
MXFEM 1.2\subDomain.m
MXFEM 1.2\updateStiffness.m
MXFEM 1.2\User Manual
MXFEM 1.2\User Manual\Flowchart.png
MXFEM 1.2\User Manual\User Manual.pdf
MXFEM 1.2\User Manual\Version History.txt
MXFEM 1.2\xfemOptimization.m
MXFEM 1.2\xfemQuasiStatic.m

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