MXFEM1d3
........\MXFEM 1.3
........\.........\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
........\.........\JIntegral.m
........\.........\User Manual
........\.........\...........\User Manual.pdf
........\.........\bimatctipNodes.m
........\.........\boundaryCond.m
........\.........\calcDOF.m
........\.........\connectivity.m
........\.........\crackCoord2Length.m
........\.........\ctipNodes.m
........\.........\dirCriticalPlane.m
........\.........\dirMaximumCircumferentialStress.m
........\.........\elemStress.m
........\.........\enrElem.m
........\.........\eqSIFLiu.m
........\.........\eqSIFRhee.m
........\.........\eqSIFTanaka.m
........\.........\eqSIFYan.m
........\.........\fatigueClassicalParis.m
........\.........\fatigueModifiedParis.m
........\.........\forceVector.m
........\.........\gauss.m
........\.........\growCrack.m
........\.........\growCrackVariable.m
........\.........\heaviNodes.m
........\.........\inputLoadHistory.m
........\.........\inputOptimization.m
........\.........\inputQuasiStatic.m
........\.........\levelSet.m
........\.........\numIterations.m
........\.........\plotContour.m
........\.........\plotDeformation.m
........\.........\plotLevelSet.m
........\.........\plotMain.m
........\.........\plotMesh.m
........\.........\plotStress.m
........\.........\stiffnessMatrix.m
........\.........\subDomain.m
........\.........\updateStiffness.m
........\.........\xfemOptimization.m
........\.........\xfemQuasiStatic.m
........\.........\xfemQuasiStaticVariable.m
........\MXFEM 1d3
........\.........\Benchmarks
........\.........\.....