Fatigue 90: Proceedings of the Fourth International Conference on Fatigue and Fatigue Thresholds Held 15-20 July, 1990 [in Honolulu, Hawaii]
Hiroshi Kitagawa, Tsuneshichi Tanaka
Materials and Component Engineering Publications, Limited, 1990 - Materials - 2569 pages
Current and future problems emphasised, in addition to basic problems and applications in progress, are non-metallic and/or advanced materials, life prediction and computer assisted fatigue technology, engineering structures including automobile and airplane bodies electronic devices power and chemical plants and their testing systems and integrity.
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Image Processing Technique of Fracture Surface
Fatigue Damage in Superalloys Determined Using Doppler Broadening Position Annihilation
A Study on the Fracture Surface Using the XRay Fractography
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aircraft amplitude amplitude loading analysis applied stress axle behavior bending bolts calculated coldworking components constant amplitude corrosion fatigue crack closure crack growth rate crack length crack tip cyclic loading da/dN damage tolerance database defects deformation developed diameter effect elastic Engineering equation estimated evaluation failure probability fatigue crack growth fatigue crack propagation fatigue damage fatigue life prediction fatigue limit fatigue strength fatigue tests fracture mechanics fracture surface frequency function grain boundary hardened hole increase interface Japan Kmax log-normal distribution low cycle fatigue material matrix mean stress measured method microstructure notch number of cycles observed obtained parameter particles plastic plate residual stress S-N curve shown in Figure shows simulation slip band slip step specimen spectrum spot welded steel stress concentration stress distribution stress intensity factor stress level stress range stress ratio structure Table temperature tensile thickness threshold Weibull Weibull distribution welded joints yield strength