Abstract
AbstractThe melt flow in channel induction furnaces is investigated with regard to the influence of changes of the channel geometry on the direction and intensity of melt flow. After a description of the electromagnetic driving forces and their effect in the melt, the conditions for a directional transit flow are discussed. The practical use of the relationships obtained and some metallurgical effects of the melt flow are demonstrated. Theoretical results show the melt flow pattern and the transit flow velocity as a function of the frequency.MST/762
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