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Stress Intensity Factor Determination
ElasticPlastic Fracture Mechanics
Stable Crack Growth and Resistance Curves
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analysis applied ASME XI ASTM STP behaviour bend boundary brittle calculated Chapter cleavage component configurations constant contour corrosion fatigue crack crack extension crack growth rates crack length crack plane crack surface crack tip cycle defect defined determined displacement ductile edge cracked effect elastic plastic elastic-plastic energy release rate environment equations evaluated experimental failure assessment fatigue crack growth fatigue-crack-growth finite element method flaw Fract fracture mechanics fracture toughness geometry Green's function hydrogen hydrogen embrittlement increment initiation integral LEFM linear elastic material Mech mesh metal Mode nodes notch obtained parameter plane strain plane stress plastic collapse plastic zone predicted pressure vessel problems procedures R-curve ratio reserve factors residual stress secondary loading Section shear lip shown in Fig solution specimens stable crack growth steel strain energy stress corrosion cracking stress field stress intensity factor structure technique temperature tensile stress thickness welded