Application of Small Specimen Crack Growth Data to Engineering Components at High Temperature : A Review /

Application of Small Specimen Crack Growth Data to Engineering Components at High Temperature : A Review /

This review considers the standard low-cycle fatigue (LCF) specimen, the area of the component it represents, the empirical crack growth relations measured on that specimen, and their ranges of validity. It also presents some recent observations on the effects of crack shape, strain rate, weld mater...

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Bibliographic Details
Main Author: Skelton, RP (Author)
Corporate Authors: ASTM International, American Society for Testing and Materials
Format: Book
Language:English
Published: West Conshohocken, Pa. : ASTM International, 1988
Subjects:
Aging effect
Assessment procedure
Austenitic weld material
Component size
Crack closure
Crack monitoring
Crack opening
Crack shape
Equivalent stress intensity
High temperature alloys
Hysteresis loop
Integrated endurance
Laboratory specimen size
Linear elastic fracture mechanics
Low-cycle fatigue
Metals > Fatigue > Congresses
Metals > Fatigue
Negative R ratio
Notch effect
Plastic zone depth
Ratchetting
Shallow and deep cracks
Strain rate (frequency) effect
Strain- or load-controlled test
Tension dwell
Thermal cycling
Total and plastic strain range
?J parameter
Accelerating and decelerating growth
Empirical cyclic crack growth relation
Stress drop with crack penetration

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