ASTM STP 1122 Advances in Fatigue Lifetime Predictive techniques
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Mitchell, MR
The ASTM Symposium on Advances in Fatigue Lifetime Predictive Techniques was held in April, 1990. ASTM Committee E-9 on Fatigue sponsored the event. This publication contains papers presented during the symposium.
The papers in this collection are organized under the headings
- General Approaches
- Elevated Temperature Phenomena
- Spectrum Loading
- Multiaxial Behavior
- Applications
Specific topics covered by this collection of technical papers include:
- fatigue analysis techniques
- steam turbine generator
- lifetime monitoring in power plants
- composite materials
- damage evaluation
- thermographic stress analysis
- fatigue life prediction
- automotive suspension component
- finite element analysis
- plasticity
- modeling severely loaded tubing
- electric potential drop studies
- fatigue crack development
- tensile shear welds
- circumferentially grooved component
- low cycle fatigue
- maintenance
- metallic airframes
- stochastic crack growth approach
- semi-elliptical defects
- fatigue in lap joints
- modeling high crack growth rates
- variable amplitude loading
- probabilistic fracture mechanics
- structural reliability assessment
- multiaxial fatigue life estimation
- small crack growth
- failure modes
- Type 316 stainless steel
- nonproportional fatigue
- welded structures
- Gaussian spectrum loading
- near-threshold fatigue crack growth prediction
- elevated temperature
- aircraft engine materials
- thermomechanical fatigue behavior
- bithermal fatigue behavior
- fracture mechanics
- cumulative damage assessment
- thermo-mechanical fatigue life prediction
- creep
- mean stress
- austenitic stainless steels
- cumulative creep-fatigue damage