Engineering Against Fatigue - Beynon, J.H. / Brown, M.W. / Lindley, T.C. / Smith, R.A. / Tomkins, B. (eds.)
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Table of contents:
The mechanics and materials approach to fatigue problems in engineering; materials aspects of fatigue; threshold stress range for short crack growth; fatigue strength assessment of AlSi7Mg castings; micromechanical modelling of fatigue in nodular cast iron; direct observation of the formation of striations; fatigue fracture toughness of steels; a model for multiaxial small fatigue crack growth; evaluation of fatigue life prediction under ideal circumstances; compression fatigue damage in notched CFRP laminates; surface roughness and crack initiation in fretting fatigue;…mehr

Produktbeschreibung
Table of contents:
The mechanics and materials approach to fatigue problems in engineering; materials aspects of fatigue; threshold stress range for short crack growth; fatigue strength assessment of AlSi7Mg castings; micromechanical modelling of fatigue in nodular cast iron; direct observation of the formation of striations; fatigue fracture toughness of steels; a model for multiaxial small fatigue crack growth; evaluation of fatigue life prediction under ideal circumstances; compression fatigue damage in notched CFRP laminates; surface roughness and crack initiation in fretting fatigue; initiation, growth and branching of cracks in railway track; prevention of fatigue by surface engineering; atmmospheric influence on fatigue crack propagation.

This volume of conference proceedings covers topics such as: the mechanics and materials approach to fatigue problems in engineering; materials aspects of fatigue; threshold stress range for short crack growth; and fatigue strength assessment of ALSi7Mg castings.

This volume of conference proceedings covers topics such as: the mechanics and materials approach to fatigue problems in engineering; materials aspects of fatigue; threshold stress range for short crack growth; and fatigue strength assessment of A...