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Numerical Simulation of Flow Field in the Tundish with Two Outlets

机译:两个出口中间包中流场的数值模拟

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According to the operating parameters of continuous casting tundish in a steel mill, the flow patterns of liquid steel in tundish were studied by the method of numerical simulation. Changing the flow orifice area of slag wall, to simulate and calculate the influence of slag wall on the flow field in tundish. Through calculating the steel flow vector, to analyze the uniformity of steel flow in tundish, by calculating the inclusions distribution to analyze the effect of blocking slag wall holding inclusions. The simulation results show that: the slag wall can obviously deduce the short circuit flow of steel liquid in tundish bottom. With the flow orifice area is reduced, and the turbulence brisk between two slag walls, and liquid surface is easy to roll; the ability of slag wall holding inclusions enhances, but too small flow orifice area will prompt inclusions passing the slag wall.
机译:根据钢厂连续铸造中间包的操作参数,通过数值模拟方法研究了中间包中的液体钢的流动模式。改变渣墙的流动孔面积,模拟并计算炉渣墙体在中间包中流场的影响。通过计算钢流量矢量,通过计算夹杂物分析来分析中间包中钢流量的均匀性分析阻挡渣壁保持夹杂物的效果。仿真结果表明:炉渣壁明显可以推测中间包中钢液的短路流动。随着流动孔面积减小,并且在两个炉渣壁之间的湍流和液体表面易于滚动;渣壁保持夹杂物的能力增强,但太小的流孔区域将及时通过炉渣壁。

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