Fracture MechanicsASTM International, 1981 |
Contents
Introduction | 2 |
Prediction Methods for Fatigue Crack Growth in Aircraft Material | 3 |
Fractographic Measurements of CrackTip Closure | 35 |
Fatigue Crack Propagation in Nylon 66 Blends | 49 |
Cyclic Inelastic Deformation Aspects of FatigueCrackGrowth Analysis | 65 |
Effect of Prestressing on StressCorrosion Crack Initiation in HighStrength Type 4340 Steel | 97 |
Tensile Cracks in Creeping Solids | 112 |
Evaluation of C for the Characterization of CreepCrackGrowth Behavior in 304 Stainless Steel | 131 |
A Stability Analysis of Circumferential Cracks for Reactor Piping Systems | 296 |
The Ubiquitous η Factor | 314 |
A Jlntegral Approach to Development of ηFactors | 338 |
Temperature Dependence of the Fracture Toughness and the Cleavage Fracture Strength of a Pressure Vessel Steel | 352 |
Statistical Characterization of Fracture in the Transition Region | 368 |
QuasiStatic Steady Crack Growth in SmallScale Yielding | 383 |
Fully Plastic Crack Solutions Estimation Scheme and Stability Analyses for the Compact Specimen | 406 |
Crack Analysis of Power Hardening Materials Using a Penalty Function and Superposition Method | 439 |
ElasticPlastic Fracture Mechanics for HighTemperature Fatigue Crack Growth | 152 |
Stress Intensity Factor Due to Parallel Impact Loading of the Faces of a Crack | 164 |
A Critical Examination of a Numerical Fracture Dynamic Code | 174 |
ElasticPlastic Analysis of Growing Cracks | 189 |
Discussion | 220 |
Direct Evaluation of JResistance Curves from Load Displacement Records | 222 |
Estimation of Jlntegral Uncertainty | 237 |
Effects of Specimen Geometry on the JIR Curve for ASTM A533B Steel | 251 |
Measurement of Crack Growth Resistance of A533B Wide Plate Tests | 271 |
Dynamic Finite Element Analysis of Cracked Bodies with Stationary Cracks | 453 |
Mode I Crack Surface Displacements and Stress Intensity Factors for a Round Compact Specimen Subject to a Couple and Force | 466 |
On the Equivalence Between SemiEmpirical Fracture Analyses and RCurves | 478 |
A Modification of the COD Concept and Its Tentative Application to the Residual Strength of Center Cracked Panels | 500 |
Development of Some Analytical Fracture Mechanics Models for Pipeline Girth Welds | 513 |
Ductile Fracture Behavior of Wrought Steels | 529 |
Fracture Behavior of A36 Bridge Steels | 552 |
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Common terms and phrases
American Society analysis applied ASTM International asymptotic analysis Begley behavior bend specimen calculated compact specimen computed crack closure crack extension crack growth rate crack initiation crack length crack opening crack propagation crack tip creep deformation CTOD cycle cyclic deformation deformation theory effect Engineering equations experimental failure criterion fatigue crack growth field finite element finite element analysis Fracture Mechanics fracture toughness fully plastic function growing crack hardening J-integral J-R curves key curve ligament limit load linear elastic load line load-displacement measured method nonlinear notch numerical obtained opening displacement parameter percent plane strain plane stress plastic zone predicted prestressing problem R-curve ratio Rice SEFA shown in Fig SIDE GROOVE small-scale yielding Society for Testing solution stationary crack stress intensity factor tearing modulus temperature tensile tension Testing and Materials thickness tion versus width yield strength