Les domaines d'activité du LEM3 concernent les matériaux, la mécanique, l'étude des microstructures et des procédés. Le LEM3 se situe au niveau des meilleures équipes internationales sur de nombreux sujets, notamment : instabilités plastiques et thermoplastiques, transformations de phase, caractérisation et évolution de microstructure et texture sous traitements thermomécaniques, matériaux intelligents, modélisation multi-échelle, auto-organisation de défauts cristallins, intégrité des surfaces obtenues par des procédés mécaniques, comportement dynamique des matériaux, ingénierie pour la santé, usinage à grande vitesse, flambement et vibrations des structures, dynamique du comportement des matériaux, modélisation micromécanique, méthodes numériques.
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Code source Python - 7.5 KB - MD5: d77e4fbb8688a657c2bfa6eceba5e085
Code source Python - 4.2 KB - MD5: 97f05759b2e3cd4f0e064a4a96a487df
Code source Python - 5.4 KB - MD5: 381c22b3c1ff09c29a608c5310fca5a4
Jun 13, 2022
Laurent, Cédric; Marano, Alexandre; Baldit, Adrien; Ferrari, Maude; Perrin, Jean-Christophe; Perroud, Olivier; Bianchi, Arnaud; Kempf, Hervé, 2022, "Database on bending response and geometry of normal and pathological mouse femurs during early growth", https://doi.org/10.12763/JMN8AS, Université de Lorraine, V1, UNF:6:P9jG+7Vpl4oOaq4oKdk3BQ== [fileUNF]
This database is related to the following article : "A preliminary study exploring the mechanical properties of normal and Mgp-deficient mouse femurs during early growth", Proceedings of the iMeche, Part H: Journal of Engineering in Medecine (2022) The database contains raw data...
Code source Python - 4.1 KB - MD5: 1aaff787d740dc78664bc67221e6695f
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