文件名称:XFEM-MATLAB
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matlab实现xfem的基本功能,附带多个实例。-matlab realize the basic functions xfem
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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