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On the critical problems in physicomechanostructural foundations
High strain fracture analysis
22 other sections not shown
alloy analysis applied austenitic behaviour biaxial calculated cavitation ceramics crack band crack extension crack front crack growth rate crack initiation crack length crack propagation crack tip creep fracture critical CT specimens damage deformation design curve determined ductile ductile fracture effect elastic-plastic elongation energy equation experimental failure fatigue crack growth finite element finite element analysis formula fracture mechanics fracture surface fracture toughness function grain boundary hardened cement paste increase initial crack intergranular intergranular fracture J-integral Kmax ligament linear elastic material matrix measured Mech method microcracks microstructure mode modulus necked zone notch nucleation observed obtained overload oxidation parameter particles plane strain plane stress plastic zone plate pore predicted propagation rate ratio rupture shown in Fig stable crack growth stainless steel strain rate strength stress intensity factor structure subcritical crack growth surface crack tensile thickness transgranular transgranular fracture Wittmann yielding Young's modulus