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Analysis of Flow with Solidification Using Boundary-Fitted Coordinate System in Belt and Wheel Type Continuous Casting

机译:带轮连续铸造中边界拟合坐标系的凝固流分析

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摘要

An algorithm for solving unsteady incompressible viscous flows with free surface using a generalized coordinate system is proposed. In order to decide the free boundary configurations of the fluid, the extended VOF method is applied, and the enthalpy method extended to the generalized coordinate system is applied to consider the latent heat. The thermal resistance between two different materials is considered at the computational cell face. This algorithm is applied to the simulation of the molten metal flow with solidification in a belt and wheel type continuous casting. This calculation allows us to see the flow field with solidification in the mold cavity and the cooling effects of the mold.
机译:提出了一种利用广义坐标系求解带有自由表面的非定常不可压缩粘性流的算法。为了确定流体的自由边界构型,应用了扩展的VOF方法,并应用了扩展到广义坐标系的焓法来考虑潜热。在计算单元表面考虑了两种不同材料之间的热阻。该算法适用于带轮连续铸造中凝固时熔融金属流动的模拟。该计算使我们能够看到模具型腔中凝固的流场以及模具的冷却效果。

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