Elastic-plastic Fracture: Fracture resistance curves and engineering applicationsAmerican Society for Testing Materials, 1983 - Elasticity |
Contents
Introduction | 11-1 |
Evaluation of the ElasticPlastic Fracture Mechanics Methodology | 11-41 |
Studies of Different Criteria for Crack Growth Instability in Ductile | 11-58 |
Copyright | |
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304 stainless steel A533B steel American Society analysis applied ASTM STP 668 austenitic behavior bending blunting line calculated CEGB clip gage compact specimens crack extension crack initiation crack length crack-tip cyclic deformation determined developed ductile tearing elastic Elastic-Plastic Fracture Engineering estimation evaluated experimental finite-element flaw flow stress Fracture Mechanics fracture toughness J-controlled J-integral J-R curve J-value J. D. Landes kJ/m² LEFM ligament limit load linear linear elastic maximum load measured Nuclear Nuclear Regulatory Commission obtained opening displacement parameters percent pipe plane strain plane stress plastic collapse predicted pressure vessel procedure R-curve method ratio resistance curve shown in Fig side-grooved slope Society for Testing stable crack growth stainless steel stress-strain curve stretched zone structure surface tearing instability tearing modulus temperature test specimens Testing and Materials thickness tion upper-shelf valid values versus yield yield strength Zahoor