ASTM STP 1406 Fatigue and Fracture Mechanics: 32nd Volume
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Chona R
ASTM Committee E-8 on Fatigue and Fracture sponsored a symposium in June of 2000 covering Fatigue and Fracture Mechanics. This publication contains papers presented at the symposium
Papers in this STP are organized into the following categories:
- Transition Issues and Master Curves
- Normalization Procedures
- Fatigue
- Dynamic Loading - Part I
- Welds and Cladding
- Applications
- Analytical Aspects
- Composites and Ceramics
- Surface Flaws
- Dynamic Loading - Part II
- Specific topics addressed by papers in this collection include:
- high-cycle fatigue
- low-cycle fatigue
- SA533-B1
- Fractograph
- stress intensity
- micromechanics
- crack-initiation
- slip-band
- atomic force microscopy (AFM)
- nanotechnology
- elastic-plastic fracture toughness test geometries
- under-matched welds
- dynamic fracture toughness
- HY-100 welds
- crack arrest toughness
- small Charpy-sized static fracture toughness tests
- creep crack growth in X20CrMoV 12 1 steel weld joints
- cleavage resistance of steel welds
- X-specimen test
- thin-walled tube fracture toughness
- crack propagation in components
- Weibull stress
- warm preloading
- compressive residual stress
- linear-elastic fracture mechanics
- critical crack-tip-opening angle (CTOA)
- Equivalent Constraint Model (ECM)
- fracture toughness of
- part-through cracks (PTC)
- ceramics
- fracture toughness properties of A285 carbon steel
- use of Standard ASTM E 1820-96 SE(B) blunt notch specimens
- linear elastic fracture mechanics (LEFM)
The papers published in the STP provide useful information to engineers, scientist, and researchers needing detailed testing data, modeling methods, and performance predictions for materials failure.