Le cuivre est largement utilisé dans les procédés industriels de chauffage ou de refroidissement notamment en raison de ses propriétés thermiques. Pour des raisons économiques mais aussi d'optimisation de masse, l'industrie cherche à le remplacer partiellement, notamment par de l'aluminium. Le projet européen H2020 Join'Em (http:\\www.join-em.eu\) vise à la réalisation d'assemblages bi-matériaux par la technologie de soudage par impulsion magnétique. Deux cas issus de la base de données expérimentales du projet sont simulés. La méthodologie ainsi que les résultats numériques sont présentés ci-après avec confrontation éventuelle aux résultats issus de l'expérience
The contemporary construction industry is evolving with a rapid pace and is pushing technological bo...
Once it was widely thought to be an exceptional innovative welding solution, the magnetic pulse weld...
The present study deals with the Coupled Magnetic-S\ud tructural analysis of Magnetic pul...
Le formage électromagnétique est une technologie qui a gagné en intérêt dans les dernières décennies...
Magnetic pulse forming is a technology that has gained interest in the last decades – thanks to the ...
Magnetic pulse forming is a technology that has gained interest in the last decades – thanks to the ...
Magnetic pulse forming is a technology that has gained interest in the last decades – thanks to the ...
Joining dissimilar metals with different thermal properties using traditional fusion welding process...
Magnetic pulse welding is a solid-state welding process using pulsed magnetic fields resulting from ...
Pulse magnetic welding can be seen as a well developed manufacturing process. However, the realizat...
In recent years pulse magnetic welding technology gained an ever increasing attention. The process w...
The present study deals with the coupled magnetic–structural analysis of magnetic pulse welding (MPW...
The contemporary construction industry is evolving with a rapid pace and is pushing technological bo...
In this paper, a theoretical, experimental and numerical study of MPW machines is carried out. Whil...
The contemporary construction industry is evolving with a rapid pace and is pushing technological bo...
The contemporary construction industry is evolving with a rapid pace and is pushing technological bo...
Once it was widely thought to be an exceptional innovative welding solution, the magnetic pulse weld...
The present study deals with the Coupled Magnetic-S\ud tructural analysis of Magnetic pul...
Le formage électromagnétique est une technologie qui a gagné en intérêt dans les dernières décennies...
Magnetic pulse forming is a technology that has gained interest in the last decades – thanks to the ...
Magnetic pulse forming is a technology that has gained interest in the last decades – thanks to the ...
Magnetic pulse forming is a technology that has gained interest in the last decades – thanks to the ...
Joining dissimilar metals with different thermal properties using traditional fusion welding process...
Magnetic pulse welding is a solid-state welding process using pulsed magnetic fields resulting from ...
Pulse magnetic welding can be seen as a well developed manufacturing process. However, the realizat...
In recent years pulse magnetic welding technology gained an ever increasing attention. The process w...
The present study deals with the coupled magnetic–structural analysis of magnetic pulse welding (MPW...
The contemporary construction industry is evolving with a rapid pace and is pushing technological bo...
In this paper, a theoretical, experimental and numerical study of MPW machines is carried out. Whil...
The contemporary construction industry is evolving with a rapid pace and is pushing technological bo...
The contemporary construction industry is evolving with a rapid pace and is pushing technological bo...
Once it was widely thought to be an exceptional innovative welding solution, the magnetic pulse weld...
The present study deals with the Coupled Magnetic-S\ud tructural analysis of Magnetic pul...