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Fundamentals of Elastic and Plastic Behaviours
Modes of Failure
7 other sections not shown
Accordingly analysis applied stress approach ASTM behaviour boundary brittle fracture Chapter co-ordinates components constant crack extension crack growth rate crack initiation crack length crack propagation crack-tip cracked bodies creep criterion curve defence hole depicted in Fig determined disc displacement ductile effect elasto-plastic engineering Engng Fract equations experimental expression failure fatigue crack growth finite element fracture mechanics fracture toughness fringe geometry given increasing increment integral Irwin LEFM Liberty ships linear elastic loading conditions machine material maximum measurements Mech metal mode normalised notch number of cycles obtained overload parameters peened photoelastic plane strain plane stress plastic deformation plastic zone potential pre-cracking prediction principal stress re-peening region residual stresses retardation shear stress short crack shown in Fig specimen steel strain energy strain rate stress concentration stress field stress function stress intensity factor structure techniques temperature tensile stress tensor thickness uniaxial welded yield stress