Search Results - "Guerchais, R."

Micromechanical investigation of the influence of defects in high cycle fatigue by Guerchais, R., Saintier, N., Morel, F., Robert, C.

“…•Finite element analysis of smooth and notched polycrystalline aggregates of an electrolytic copper are conducted.•Effects of cubic elasticity and crystal…”
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Micromechanical study of the loading path effect in high cycle fatigue by Guerchais, R., Robert, C., Morel, F., Saintier, N.

“…•Finite element analysis of polycrystalline aggregates of pure copper are presented.•Effects of cubic elasticity and crystal plasticity are investigated.•The…”
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Influence of the microstructure and voids on the high-cycle fatigue strength of 316L stainless steel under multiaxial loading by Guerchais, R., Morel, F., Saintier, N., Robert, C.

“…In the present study, the effects of both the microstructure and voids on the high‐cycle fatigue behaviour of the 316L austenitic stainless steel are…”
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Competition between microstructure and defect in multiaxial high cycle fatigue by Morel, F, Guerchais, R, Saintier, N

“…This study aims at providing a better understanding of the effects of both microstructure and defect on the high cycle fatigue behavior of metallic alloys…”
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Effect of defect size and shape on the high-cycle fatigue behavior by Guerchais, R., Morel, F., Saintier, N.

“…•The scatter of the stress fields in notched microstructures is investigated.•The effect of an elliptical notch on the fatigue limit is estimated with two…”
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Micromechanical modeling for the probabilistic failure prediction of stents in high-cycle fatigue by Guerchais, R., Scalet, G., Constantinescu, A., Auricchio, F.

“…•The behavior of a stent was investigated thanks to a micromechanical modeling.•A probabilistic methodology for the high cycle fatigue design of stents is…”
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Competition between microstructure and defect in multiaxial high cycle fatigue by F. Morel, R. Guerchais, N. Saintier

“…This study aims at providing a better understanding of the effects of both microstructure and defect on the high cycle fatigue behavior of metallic alloys…”
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Competition between microstructure and defect in multiaxial high cycle fatigue by F. Morel, R. Guerchais, N. Saintier

“…This study aims at providing a better understanding of the effects of both microstructure and defect on the high cycle fatigue behavior of metallic alloys…”
Get full text