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Liste des publications du LMPS

Affichage des publications 301 à 310 sur 1141 au total

Engineering Sciences

Laser powder bed fusion processing of AD730® alloy

The Additive Manufacturing (AM) ability of AD730® alloy by laser powder bed fusion (PBF-LB) is investigated for comparison with the cast & wrought AD730® alloy developed by Aubert & Duval for gas turbine applications. Several designs of…

Marc Thomas, Olivier Hubert, Baris Telmen, Fabien Szmytka, Denis Solas, Didier Locq, Ariel Morel, Nicolas Muller, Christophe Tournier

Engineering Sciences

Statistical Analysis of the Ultimate Strength of Filaments, Tows and Minicomposites

The present paper investigates the failure of SiC and alumina-fiber-reinforced minicomposites in relation to the strength distributions of filaments, and the failure behavior of the reinforcing dry tows. The strength data are measured on single…

Jacques Lamon, Mohamed R'Mili

Journal of Composites Science -

Material chemistry

Etude multi-échelles pour la compréhension des phénomènes de fragilisation par les métaux liquides : cas de laitons α en présence de l’eutectique Ga-In

Lorsqu’il est en présence de métal liquide, un alliage métallique ductile à l’air peut être sen-sible à la fragilisation par les métaux liquides (FML), ce qui se traduit par une perte de ductili-té pouvant provoquer une rupture fragile partielle ou…

Ingrid Proriol Serre, Marco Ezequiel, Marwa Moula, Thierry Auger, Eva Heripré, Zéhoua Hadjem-Hamouche, Antoine Clément, Eric Leroy, Julie Bourgeon, Loic Perriere, Maxime Vallet

La métallurgie, quel avenir ! -

Materials Science

Influence du métal liquide sur la déformation plastique et sur la rupture d’alliages métalliques : cas de laitons α en présence de l’eutectique In-Ga

Lorsqu’il est en présence de métal liquide, un alliage métallique ductile à l’air peut être sensible à la fragilisation par les métaux liquides (FML), ce qui se traduit par une perte de ductilité pouvant provoquer une rupture fragile. La sensibilité…

Ingrid Proriol Serre, Marco Ezequiel, Marwa Moula, Thierry Auger, Eva Heripré, Zehoua Hadjem-Hamouche, Antoine Clément, Eric Leroy, Julie Bourgeon, Loic Perriere, Maxime Vallet

Plasticité 2023 -

Engineering Sciences

Data-driven MPC applied to non-linear systems for real-time applications

Model Predictive Control (MPC) is a traditional technique widely employed on the control of constrained non-linear systems. In light of the increasing popularity of neural networks, data-driven MPC has emerged as an alternative to alleviate the…

Daniel Martin Xavier, Ludovic Chamoin, Laurent Fribourg

Modélisation des Systèmes Réactifs (MSR'23) -

Engineering Sciences

A novel DDDAS architecture combining advanced sensing and simulation technologies for effective real-time structural health monitoring

A still open question is how to design smart and autonomous mechanical structures able to perform online monitoring of their integrity and take anticipated actions during service before downtime of failure occur. To address this question, we present…

Ludovic Chamoin, Emmanuel Baranger, Antoine Benady, Pierre-Étienne Charbonnel, Matthieu Diaz, Sahar Farahbakhsh, Laurent Fribourg, Daniel Martin Xavier, Martin Poncelet

Material chemistry

Selective oxidation of Fe-Al (8wt.%) binary alloy during continuous annealing

Aluminum is one of the alloying elements whose proportion in advanced high-strength steels (AHSS) can be high. This study focuses on the reaction mechanisms occurring during continuous annealing of AHSS, with emphasis on the behavior of aluminum. To…

N. Ruscassier, Gaël Drouet, Alexey Koltsov, Jean-Michel Mataigne, Julien Scheid, Patrick Barges, Paul Haghi-Ashtiani, Marie-Laurence Giorgi

13th International Conference on Zinc and Zinc Alloy Coated Steel Sheet GALVATECH -

Mechanics of materials

Blast protection with fluids

Tatiana Rigoulet, Ludovic Blanc, Federica Daghia, Peter Wriggers

ISSW34 – 34th International Symposium on Shock Waves -