Abstract
In recent years, many liquid container transfer systems used for the transfer of molten metal in the casting and steel industries have been studied. However, there are few studies to show the control system design method for real molten metal transfer although there are many for water, and it is highly demanded to realize the system in real plants. This paper gives the control system design method for molten metal transfer by using fluid behavior simulator, and realizes the molten metal transfer system. In order to design a feedback controller, sloshing phenomenon is analyzed by using Computational Fluid Dynamics (CFD) Model, and Hybrid Shape Approach is applied. The effectiveness of the proposed design method is shown through real experiment with water and the control simulations based on CFD with molten metal.
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