Fracture mechanics : fifteenth symposiumASTM International |
Saturs
Introduction | 3 |
WideRange Displacement Expressions for Standard Fracture | 27 |
Evaluation of Analytical Solutions for Corner Cracks at Holes | 45 |
Stress Distribution at the Tip of Cracks Originating from a Circular | 65 |
WideRange Weight Functions for the Strip with a Single Edge | 95 |
Analysis of an Externally Radially Cracked Ring Segment Subject | 106 |
The Dugdale Model for Compact Specimens mall | 113 |
Internal Hydrogen Degradation of Fatigue Thresholds in HSLA | 130 |
A Similitude Criterion for Fatigue Crack Growth Modeling | 347 |
Characterization of Crack Closureh sehitoglu | 361 |
Effects of Load Gradient on Applicability of a Fatigue Crack Growth | 381 |
StrainRate Dependence of the Deformation at the Tip of a Stationary | 409 |
Crack Tip Plasticity of a Tearing Cracko s lee | 431 |
Dynamic Crack Propagation Through Welded HY80 Plates under | 451 |
Crack Arrest Behavior of a HighStrength Aluminum Alloyc | 467 |
In Situ SEM Observation of Fracture Processes in Short Glass Fiber | 493 |
Effect of Hydrogen on Crack Initiation and Growth in 18Mn4Cr | 149 |
A Model for CreepFatigue Interactions in Alloy 718 | 167 |
Critical Load Assessment Method for Stable Crack Growth Analysis | 183 |
Analysis of Fracture Parameters for BendingType Specimens | 197 |
ThreeDimensional ElasticPlastic Finite Element Analysis of Three | 214 |
Fracture Toughness Improvement in a Carbon Steel Due | 238 |
Studies on Size Effects and Crack Growth of SideGrooved | 251 |
JR Curve Determination Using Precracked Charpy Specimens | 280 |
StrainHardening Effects on Fracture Toughness and Ductile Crack | 293 |
Axial Fracture Toughness Testing of Zr2 5Nb Pressure Tube | 308 |
Fracture Toughness Testing of Ductile Cast Ironsr j salzbrenner | 328 |
Some ThreeDimensional Aspects of Subcritical Flaw Growth | 504 |
Stress Intensity Factors for Surface Cracks with Arbitrary Shapes | 521 |
Finite Element | 535 |
Fracture Behavior of a Uranium or Tungsten Alloy Notched | 554 |
StrainRate Effects on the DuctileBrittle Transition in Steels | 569 |
ElasticPlastic Failure Analysis of Pressure Vessel Tests | 597 |
Fracture Mechanics Analysis of a Pressure Vessel with a Semi | 617 |
Application of Maximum Load Toughness to Defect Assessment in | 632 |
Summary | 659 |
| 667 | |
Citi izdevumi - Skatīt visu
Bieži izmantoti vārdi un frāzes
alloy American Society analysis applied approach approximately behavior bend calculated closure compact compared computed considered crack extension crack front crack growth crack growth rate crack initiation crack length crack propagation crack tip CTOD curve cycle dependence determined developed displacement distribution ductile dynamic effects elastic elastic-plastic energy Engineering equations estimated evaluation experimental failure Figure finite element flaw Fracture Mechanics fracture toughness function geometry given hole hydrogen increase initiation integral International Journal levels limit linear load material maximum measured method normal notch numerical observed obtained occur parameter Philadelphia plane plastic plate predictions present pressure vessels problem procedure range ratio References relation shape shown in Fig shows singularity Society for Testing solution specimen steel strain strength stress intensity factor structural surface Table temperature tension Testing and Materials thickness tion unloading values yield zone