International audienceElectromagnetic Forming is a very promising high-speed forming process. However, designing these processes remains quite intricate as it leads to deal with strongly coupled multiphysics process and thus requires the use of computational models. We present here the main features of the numerical model which we are currently developing to model this process. Accurate knowledge of constitutive law parameters for material at high strain rates remains quite difficult to access. We thus introduce here a procedure which has been developed in order to deal with identification of these parameters
A numerical method for modeling the high rate deformation and impact that occurs during the electrom...
Electromagnetic high speed forming has been known since the 1960's and is successfully used for fric...
Magnetic pulse forming is a technology that has gained interest in the last decades – thanks to the ...
AbstractElectromagnetic Forming is a very promising high-speed forming process. However, designing t...
International audienceElectromagnetic Forming is a very promising high-speed forming process. Howeve...
International audienceElectromagnetic Forming (EMF) is a very promising high-speed forming process. ...
The aim of this approach is to determine material characteristics of aluminium alloys (in the presen...
International audienceIn this paper we review the latest developments on high-speed forming at the C...
Le formage électromagnétique est un procédé de mise en forme des métaux à grande vitesse de déformat...
Despite the comprehensive understanding of the modeling and numerical simulation of electromagnetic ...
Electromagnetic forming (EF) is a high speed forming process in which strain rates of over 103 s^(-1...
The simulation of complex processes in engineering solids involving coupled mechanical and non-mecha...
The simulation of complex processes in engineering solids involving coupled mechanical and non-mecha...
International audienceThe design of processes like magnetic pulse forming and electrohydraulic formi...
A recent interest in potential industrial applications of electromagnetic forming processes has insp...
A numerical method for modeling the high rate deformation and impact that occurs during the electrom...
Electromagnetic high speed forming has been known since the 1960's and is successfully used for fric...
Magnetic pulse forming is a technology that has gained interest in the last decades – thanks to the ...
AbstractElectromagnetic Forming is a very promising high-speed forming process. However, designing t...
International audienceElectromagnetic Forming is a very promising high-speed forming process. Howeve...
International audienceElectromagnetic Forming (EMF) is a very promising high-speed forming process. ...
The aim of this approach is to determine material characteristics of aluminium alloys (in the presen...
International audienceIn this paper we review the latest developments on high-speed forming at the C...
Le formage électromagnétique est un procédé de mise en forme des métaux à grande vitesse de déformat...
Despite the comprehensive understanding of the modeling and numerical simulation of electromagnetic ...
Electromagnetic forming (EF) is a high speed forming process in which strain rates of over 103 s^(-1...
The simulation of complex processes in engineering solids involving coupled mechanical and non-mecha...
The simulation of complex processes in engineering solids involving coupled mechanical and non-mecha...
International audienceThe design of processes like magnetic pulse forming and electrohydraulic formi...
A recent interest in potential industrial applications of electromagnetic forming processes has insp...
A numerical method for modeling the high rate deformation and impact that occurs during the electrom...
Electromagnetic high speed forming has been known since the 1960's and is successfully used for fric...
Magnetic pulse forming is a technology that has gained interest in the last decades – thanks to the ...