Experimental Modelling using Low Melting Point Metallic Melts: Relevance for Metallurgical Engineering |
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Authors: | Sven Eckert Gunter Gerbeth Dirk Räbiger Bernd Willers Chaojie Zhang |
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Affiliation: | MHD Department, Forschungszentrum Dresden‐Rossendorf (FZD), P.O. Box 510119, 01314 Dresden, Germany |
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Abstract: | This paper describes model experiments with liquid metals of low melting point as an important tool to investigate the flow structure and related transport processes in melt flows being relevant for metallurgical applications. Three examples have been selected to demonstrate the benefit of such experiments, namely the electromagnetic stirring of a metallic melt in a pool, the directional solidification of Al‐Si alloys under the influence of an electromagnetically driven flow and the behaviour of a liquid metal bubble plume if a vertically travelling field is applied. Results of flow measurements are presented and the relevance for metallurgical processes is discussed. |
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Keywords: | liquid metal magnetic field electromagnetic stirring solidification bubble plume |
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