An experimental Cold Crucible Levitation Melting system has been designed, built and commissioned at the Dept. of Management and Engineering (DTG) of the University of Padova in Vicenza. The system is able to process few hundreds of grams of light metal alloy in air, in medium or high vacuum conditions or in inert gas atmosphere, and it has been designed as a tool for the exploration of various processing techniques for light alloys, such as outgassing, levitation melting, inclusion removal, electromagnetic stirring and controlled solidification in levitation. The paper presents the original design of the system as well as various improvements and upgrades which have been implemented and tested in the course of the experimental campaigns. T...
It is well known from experiments and industrial applications of cold crucible melting that an inten...
Experimentation resulted in an improved levitation-melting technique for metals and alloys which qui...
International audienceAn electromagnetic model is proposed for axisymmetric melting devices using co...
Thanks to their properties of ultra-lightness and high strength/weight ratio, Mg and Al alloys find ...
International audienceClassical levitation melting process using conventional conical inductor can n...
The physics of the interaction between a liquid metals and an externally applied magnetic field is a...
The levitation melting has a potentially wide range of applications, especially in the processing of...
Cold crucibles are used to elaborate highly reactive materials in conditions of high purity. Little ...
Cold crucible is used to melt reactive metal scrap at elevated temperatures for high quality casting...
Current scientific problems in the field of automation are considered in this article controlling th...
The aim of this work is to improve the purity of metals. Samples of aluminum and gold have been melt...
International audienceTwo applications of the melting in cold crucibles are presented: continuous ca...
The melting process by inductive cold crucible which combines the benefits of the melting in auto en...
The cold crucible, or induction skull melting process as is otherwise known, has the potential to pr...
Electromagnetic levitation offers the possibility of working with metals in a containerless fashion....
It is well known from experiments and industrial applications of cold crucible melting that an inten...
Experimentation resulted in an improved levitation-melting technique for metals and alloys which qui...
International audienceAn electromagnetic model is proposed for axisymmetric melting devices using co...
Thanks to their properties of ultra-lightness and high strength/weight ratio, Mg and Al alloys find ...
International audienceClassical levitation melting process using conventional conical inductor can n...
The physics of the interaction between a liquid metals and an externally applied magnetic field is a...
The levitation melting has a potentially wide range of applications, especially in the processing of...
Cold crucibles are used to elaborate highly reactive materials in conditions of high purity. Little ...
Cold crucible is used to melt reactive metal scrap at elevated temperatures for high quality casting...
Current scientific problems in the field of automation are considered in this article controlling th...
The aim of this work is to improve the purity of metals. Samples of aluminum and gold have been melt...
International audienceTwo applications of the melting in cold crucibles are presented: continuous ca...
The melting process by inductive cold crucible which combines the benefits of the melting in auto en...
The cold crucible, or induction skull melting process as is otherwise known, has the potential to pr...
Electromagnetic levitation offers the possibility of working with metals in a containerless fashion....
It is well known from experiments and industrial applications of cold crucible melting that an inten...
Experimentation resulted in an improved levitation-melting technique for metals and alloys which qui...
International audienceAn electromagnetic model is proposed for axisymmetric melting devices using co...