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Fatigue and fracture mechanics
Engineering Fracture Mechanics, 1973Abstract The application of methods of fracture mechanics to the prediction of fatigue life presupposes the existence of a single flaw of ‘critical’ size the slow propagation of which, under repeated cyclic loading, represents the relevant damage mechanism that governs ‘fatigur’ until the flaw has grown to unstable size.
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Fatigue and fracture mechanics
Physics in Technology, 1983The formation and behaviour of cracks are first examined and their influence on the mechanical integrity of components is stressed.
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Fatigue and environment-assisted fracture
1990It was first realized in the middle of the nineteenth century that engineering components and structures often fail when subjected to repeated fluctuating loads whose magnitude is well below the critical load under monotonic loading. Early investigations were primarily concerned with axle and bridge failures which occurred at cyclic load levels less ...
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2019
Abstract Thermal and transformation stresses, resulting from welding, adding up with operational stresses can result in failure. Examples involving the crankshaft of a shaft-drive to produce artificial waves in a swimming pool, the joint bar of a dredger cast out of a running non-alloyed steel with 39 kg/sq mm tensile strength, which had
Friedrich Karl Naumann, Ferdinand Spies
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Abstract Thermal and transformation stresses, resulting from welding, adding up with operational stresses can result in failure. Examples involving the crankshaft of a shaft-drive to produce artificial waves in a swimming pool, the joint bar of a dredger cast out of a running non-alloyed steel with 39 kg/sq mm tensile strength, which had
Friedrich Karl Naumann, Ferdinand Spies
openaire +1 more source