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Development of substructure in polycrystalline aluminum during constant-strain fatigue
Transmission electron microscopy and microbeam X-ray techniques were used to study substructure development; subgrains were formed at all strain levels which were investigated; however, rate of formation decreases rapidly as strain is lowered; model of fatigue hardening is proposed based on these observations, and relation to fatigue fracture is discussed briefly.
Development of substructure in polycrystalline aluminum during constant-strain fatigue
Transmission electron microscopy and microbeam X-ray techniques were used to study substructure development; subgrains were formed at all strain levels which were investigated; however, rate of formation decreases rapidly as strain is lowered; model of fatigue hardening is proposed based on these observations, and relation to fatigue fracture is discussed briefly.
Development of substructure in polycrystalline aluminum during constant-strain fatigue
J Applied Physics
Grosskreutz, J.C. (author)
1963
8 pages
Article (Journal)
English
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