This volume investigates the underlying mechanisms, using principles of materials science and mechanics, governing the fatigue and fracture behaviour of high-temperature structural materials. The entire spectrum of intermetallics and intermetallic-matrix composites is examined. Both experimental and theoretical aspects which highlight, develop and ...
This work examines the underlying mechanisms, using principles of materials science and mechanics of materials, governing high-cycle fatigue behaviour of structural materials spanning the spectrum of advanced metallics. The focus is on aluminium, nickel and titanium based alloys.
This collection of papers is drawn from Materials Week '93 held in Pittsburgh, Pennsylvania, October 17-21, 1993. It covers a broad spectrum of areas that represent the diverse nature of the field of fatigue and fracture of ordered intermetallic materials. The 32 papers are divided into the following topics - composite materials, high-temperature ...
This proceedings volume focuses on those aspect of intermetallic materials relating to deformaton behaviour: fatigue and fracture response; and strength, ductility and toughness response, with particular emphasis given to microstructural influences on deformation and mechanical behaviour. Specific attention is placed on synergizing scientific ...
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