Shot peening of TRIP780 steel: Experimental analysis and numerical simulation
Article dans une revue avec comité de lecture
Author
GUIHEUX, Romain
549864 Institut de recherche technologique Matériaux Métallurgie et Procédés [IRT M2P]
549864 Institut de recherche technologique Matériaux Métallurgie et Procédés [IRT M2P]
PUYDT, Quentin
549864 Institut de recherche technologique Matériaux Métallurgie et Procédés [IRT M2P]
549864 Institut de recherche technologique Matériaux Métallurgie et Procédés [IRT M2P]
Date
2019Journal
Journal of Materials Processing TechnologyAbstract
This study aims at the experimental and numerical analysis of TRIP780 steel after conventional shot peening. TRIP steels exhibit a multiphase microstructure with martensitic transformation of the retained austenite during shot peening. In-depth experimental analysis are carried out with microhardness and X-ray diffraction. Residual stresses profiles are determined in the pseudo-ferritic phases (α + α′) and in the retained austenite γ. A representative finite element model of shot peening with a material behavior law describing the multiphase microstructure and the martensitic phase transformation during loading is proposed. The results are compared to experimental data and the effect of martensitic transformation is numerically investigated.
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Article dans une revue avec comité de lectureGUIHEUX, Romain; BERVEILLER, Sophie; KUBLER, Régis; BOUSCAUD, Denis; PATOOR, Etienne; PUYDT, Quentin (Elsevier, 2017)During conventional shot peening on metastable austenitic steels, martensitic transformation occurs in additionto plastic straining. In this work, the impact of a single spherical steel shot on a AISI 301LN steel was ...
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Communication avec acteGUIHEUX, Romain; BOUSCAUD, Denis; PATOOR, Etienne; PUYDT, Quentin; OSMOND, Pierre; WEBER, Bastien; BERVEILLER, Sophie; KUBLER, Regis (ShotPeener ICSP13, 2017)In the last years, due to increasing ecology and environmental constraints, a search for lightweight structures has been carried out, leading to the use of more complex geometries and new materials. In that context, TRIP ...