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Physics-informed machine learning prediction of the martensitic transformation temperature for the design of “NiTi-like” high entropy shape memory alloys

Article dans une revue avec comité de lecture

THIERCELIN, Léo; PELTIER, Laurent;

MERAGHNI, Foudil (Elsevier BV, 2024-01)

Thermally-activated hardening recovery in viscoplastic materials with kinematic hardening at high temperatures

Article dans une revue avec comité de lecture

THIERCELIN, Léo; PRAUD, Francis;

MERAGHNI, Fodil; FLEURY, Eric (ELSEVIER, 2023-05)

Development of Temperature-Controlled Shear Tests to Reproduce White-Etching-Layer Formation in Pearlitic Rail Steel

Article dans une revue avec comité de lecture

THIERCELIN, Léo; CAZOTTES, Sophie; SAULOT, Aurélien; LEBON, Frédéric; MERCIER, Florian; LE BOURLOT, Christophe; DANCETTE, Sylvain; FABRÈGUE, Damien (MDPI, 2022-09)

Mechanical white etching layer formation kinetics in pearlitic steels: A phenomenological model based on microstructural characterization

Article dans une revue avec comité de lecture

THIERCELIN, Léo; CAZOTTES, Sophie; MERINO, Pierrick; SAULOT, Aurélien; LEBON, Frédéric (ELSEVIER, 2023-02)

Design of (TiHfZr)(NiCoCu) High-Entropy Shape Memory Alloys: From Firstov's Experiments to Data-Driven Approach

Article dans une revue avec comité de lecture

PELTIER, Laurent; THIERCELIN, Léo;

MERAGHNI, Fodil (Springer Science and Business Media LLC, 2025-03)

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Physics-informed machine learning prediction of the martensitic transformation temperature for the design of “NiTi-like” high entropy shape memory alloys

Thermally-activated hardening recovery in viscoplastic materials with kinematic hardening at high temperatures

Development of Temperature-Controlled Shear Tests to Reproduce White-Etching-Layer Formation in Pearlitic Rail Steel

Mechanical white etching layer formation kinetics in pearlitic steels: A phenomenological model based on microstructural characterization

Design of (TiHfZr)(NiCoCu) High-Entropy Shape Memory Alloys: From Firstov's Experiments to Data-Driven Approach