Fretting fatigue
Author(s)
Bibliographic Information
Fretting fatigue
（ESIS Publication, 18）
Mechanical Engineering Publications, 1994
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Note
Includes bibliographical references and index
Description and Table of Contents
Description
This volume contains the vast majority of the papers presented at the International Conference on Fretting Fatigue in Sheffield in 1993. The book forms the latest in a series on the various aspects of fatigue, including the behaviour of short cracks and the behaviour of fatigue cracks.
Table of Contents
- Part 1 Historical review: mechanisms of fretting fatigue. Part 2 Analytical methods: the development of stress intensity factors
- simplified stress intensity factors in fretting fatigue
- finite element model of fretting fatigue with variable coefficient of friction over time and space
- the role of normal pressure in modelling fretting fatigue
- life prediction in fretting fatigue using fractures mechanics. Part 3 Experimental methods: a critical analysis of fretting fatigue experiments
- fretting fatigue behaviour of BS L65 5 per cent copper aluminium alloy under variable normal load
- experimental procedure and parameters involved in fretting fatigue tests
- electrical conductor bending fatigue at suspension clamp: a fretting fatigue problem
- effects of fretting fatigue on flexed locked coil ropes. Part 4 Identification and effects: microscopical identification of fretting and wear damage due to fatigue in locked coil wire ropes
- friction-induced therms-elastic effects in the contact zone due to fretting action. Part 5 Response of materials: materials and fretting
- fatigue and fretting behaviour of SiC whisker-reinforced aluminium metal matrix. Part 6 Environmental effects: environmental fretting fatigue
- effect of contact pressure on fretting fatigue crack growth behaviour at elevated temperatures. Part 7 Preventative methods: palliatives for fretting fatigue
- fretting fatigue evaluation using stress singularity parameters at contact edges
- influence of surface residual stresses on the fatigue crack initiation of press-fitted axle assemblies. (Part contents)
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