MS14 (Formability Metals) | 2021
Coordinator: Dr. Gabriela Vincze
Co-organisers: Prof. Frederic Barlat, Prof. Toshihiko Kuwabara, Prof. Dorel Banabic, Dr. Holger Aretz, Dr. Sam Coppieters, Prof. Sandrine Thuillier
Description: The aim of this mini-symposium is to discuss the formability of metallic materials. Namely, their ability to undergo plastic deformation and result in products with minimum damage and defects. Limiting mechanisms are not restricted to plastic flow localization, fracture and spring back, which are only a few examples under consideration. Contributions based on experimental, theoretical and numerical approaches and leading to a better understanding of the relationship between material properties, mechanical and thermal loading, and other environmental constraints on the formability of metallic materials are encouraged.
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Determination of Forming Limits Based on Finite Element Simulations
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The effect of kinematic hardening on the fatigue behaviour of bent high strength steel
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In-situ study of strain and texture evolution during continuous strain path change
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Strain distribution during air bending of ultra-high strength steels
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Design and Optimization of Processing Conditions for a Recent Quenched and Partitioned Steel
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Influence of temperature on the formability of an aluminum alloy
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Forming defects prediction in cup drawing and embossing of a thick steel sheet
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Influence of the Laser Heat Treatment on the AA5754-H32 strain path during hydraulic bulge tests