Engineering Fracture Mechanics: Numerical Methods and Applications |
Contents
Preface | 1 |
Stress Intensity Factor Evaluation by Finite Elements in LEFM | 5 |
1 | 14 |
Copyright | |
12 other sections not shown
Common terms and phrases
00 ELEMENT applied BMAT boundary calculated card Cols Card Set CEGB Chapter CHK1 CHK2 components contour coordinates crack length crack tip elements cracking element CRAK DATA defect DIMENSION elasto-plastic ELST energy release rate equation finite element analysis finite element method fracture mechanics FRNT GAUS Gauss point geometry Green's function increment INDA INODE INPU input integration isoparametric elements J-integral JACO JVL5 JVL6 K₁ KFAC KVL1 KVL2 KVL3 KVL4 LDAT LEFM linear elastic LNODS LOAD MAST material MATNO matrix MELEM MEVAB MINV MMATS mode MODP MPOIN MTOTG MTOTV MVFIX NDOFN NELEM NEVAB NGAUS NKTYP NNODE nodal points node NPOIN NRHS NSTRE NTYPE NVFIX OUTP parameter path plane strain PLAS plastic plate POSGP problems PROPS RESI SFR2 SHAP shape functions shown in Fig solution STIF strain energy strain energy release STRE stress field stress intensity factors STRS subroutine Total number vector WEIGP YIEL yield ZERO