International audienceAn electromagnetic model is proposed for axisymmetric melting devices using cold crucibles for continuous casting or levitation. This method requires only the discretization of the electrically active parts of the induction melting process. The model takes into account the tridimensional aspect of the crucibles. Valuable information is obtained for the design of installations for melting processes in such crucibles
The cold crucible melting allows the development, under conditions of high purity, of reactive mater...
The cold crucible, or induction skull melting process as is otherwise known, has the potential to pr...
Numerical investigations of the melting process are carried out for the induction furnace with cold ...
International audienceAn electromagnetic model is proposed for axisymmetric melting devices using co...
The time dependent numerical model of cold crucible melting is based on the coupled electromagnetic,...
Purpose – A small size cold crucible offers possibilities for melting various electrically conductin...
Cold crucibles are used to elaborate highly reactive materials in conditions of high purity. Little ...
Abstract: This paper describes a numerical solution method for the simulation of a cold crucible ind...
The melting process by inductive cold crucible which combines the benefits of the melting in auto en...
Different industrial induction melting processes involve free surface and melt-solid interface of th...
International audienceClassical levitation melting process using conventional conical inductor can n...
Direct melting of scrap material by induction heating for high melting temperature alloys (Ti, Nb, Z...
International audienceTwo applications of the melting in cold crucibles are presented: continuous ca...
Thanks to their properties of ultra-lightness and high strength/weight ratio, Mg and Al alloys find ...
Induction heating is an efficient method used to melt electrically conductive materials, particularl...
The cold crucible melting allows the development, under conditions of high purity, of reactive mater...
The cold crucible, or induction skull melting process as is otherwise known, has the potential to pr...
Numerical investigations of the melting process are carried out for the induction furnace with cold ...
International audienceAn electromagnetic model is proposed for axisymmetric melting devices using co...
The time dependent numerical model of cold crucible melting is based on the coupled electromagnetic,...
Purpose – A small size cold crucible offers possibilities for melting various electrically conductin...
Cold crucibles are used to elaborate highly reactive materials in conditions of high purity. Little ...
Abstract: This paper describes a numerical solution method for the simulation of a cold crucible ind...
The melting process by inductive cold crucible which combines the benefits of the melting in auto en...
Different industrial induction melting processes involve free surface and melt-solid interface of th...
International audienceClassical levitation melting process using conventional conical inductor can n...
Direct melting of scrap material by induction heating for high melting temperature alloys (Ti, Nb, Z...
International audienceTwo applications of the melting in cold crucibles are presented: continuous ca...
Thanks to their properties of ultra-lightness and high strength/weight ratio, Mg and Al alloys find ...
Induction heating is an efficient method used to melt electrically conductive materials, particularl...
The cold crucible melting allows the development, under conditions of high purity, of reactive mater...
The cold crucible, or induction skull melting process as is otherwise known, has the potential to pr...
Numerical investigations of the melting process are carried out for the induction furnace with cold ...