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There should be no load history effects.
Thermally activated flow and strain rate history effects for some polycrystalline FCC metals.
Load history effects are observed both in cyclic plasticity and during fatigue crack growth.
Other numerical experiments show nonlinear rate sensitivity and the absence of strain rate history effects.
Therefore, fatigue crack propagation models for metallic materials have to care about history effects.
These experimental procedures can induce load history effects that result in crack closure.
Consequently, fatigue crack growth models should include plasticity-induced history effects.
No load history effects were noted for these fretting induced cracks.
The results were analyzed for short crack and load history effects.
By assuming that the composite deforms in accordance with a deformation theory of plasticity, material history effects are neglected.
The new modeling framework now enables tabulated models with significantly lower computational cost to account for unsteady history effects.
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