Add to ORKGWe describe a numerical method to compute free surfaces in electomagnetic shaping and levitation of liquid metals. We use an energetic variational formulation based on the total energy and we apply optimization techniques to compute a critical point. The surfaces are represented by piecewise linear finite elements
The action of an AC magnetic field on a thin liquid metal layer is studied in an experimental and th...
Thanks to their properties of ultra-lightness and high strength/weight ratio, Mg and Al alloys find ...
We study analytically the shaping of liquid metal drops using time-dependent magnetic fields. We con...
Programme 6 : calcul scientifique, modelisation et logiciels numeriquesSIGLEAvailable at INIST (FR),...
International audienceThe industrial technique of electromagnetic casting allows contactless heating...
Electromagnetic shaping of cross profiles or thin plates of liquid metal is studied. A vibrational m...
We approximate numerically the section of a column of liquid metal submitted to an external electrom...
International audienceThe process of levitation melting of metals has some important advantages like...
Abstract: The cold crucible is a useful tool for the elaboration of high purity materials by electro...
The possibilities of control of shape, position and stability of the free surface of an electrically...
International audienceElectromagnetic Casting (EMC) and Magnetic Suspension Melt Processing (MSMP) a...
The aim of this article is to demonstrate the capability of the software for predicting free-surface...
Electromagnetic levitation of electrically conductive droplets by alternating magnetic fields is a t...
element method Abstract. Electromagnetic metal forming is a contact-free high-speed forming process ...
International audienceTwo applications of the melting in cold crucibles are presented: continuous ca...
The action of an AC magnetic field on a thin liquid metal layer is studied in an experimental and th...
Thanks to their properties of ultra-lightness and high strength/weight ratio, Mg and Al alloys find ...
We study analytically the shaping of liquid metal drops using time-dependent magnetic fields. We con...
Programme 6 : calcul scientifique, modelisation et logiciels numeriquesSIGLEAvailable at INIST (FR),...
International audienceThe industrial technique of electromagnetic casting allows contactless heating...
Electromagnetic shaping of cross profiles or thin plates of liquid metal is studied. A vibrational m...
We approximate numerically the section of a column of liquid metal submitted to an external electrom...
International audienceThe process of levitation melting of metals has some important advantages like...
Abstract: The cold crucible is a useful tool for the elaboration of high purity materials by electro...
The possibilities of control of shape, position and stability of the free surface of an electrically...
International audienceElectromagnetic Casting (EMC) and Magnetic Suspension Melt Processing (MSMP) a...
The aim of this article is to demonstrate the capability of the software for predicting free-surface...
Electromagnetic levitation of electrically conductive droplets by alternating magnetic fields is a t...
element method Abstract. Electromagnetic metal forming is a contact-free high-speed forming process ...
International audienceTwo applications of the melting in cold crucibles are presented: continuous ca...
The action of an AC magnetic field on a thin liquid metal layer is studied in an experimental and th...
Thanks to their properties of ultra-lightness and high strength/weight ratio, Mg and Al alloys find ...
We study analytically the shaping of liquid metal drops using time-dependent magnetic fields. We con...