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Numerical Simulation on Effects of Electromagnetic Force on the Centrifugal Casting Process of High Speed Steel Roll

机译:电磁力对高速钢辊离心铸造过程影响的数值模拟

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A three-dimensional mathematical and physical model coupling with the heat transfer and the flow of molten metal in the centrifugal casting of the high speed steel roll was established by using CFD software FLUENT. It can be used to analyze the distribution of the temperature filed and the flow filed in the centrifugal casting under the gravity, the electromagnetic stirring force and the centrifugal force. Some experiments were carried out to verify the above analysis results. The effects of the electromagnetic force on the centrifugal casting process are discussed. The results showed that under the 0.15 T electromagnetic field intensity, both the absolute pressure of metal flow to mold wall and the metal flow velocity on the same location have some differences between the electromagnetic centrifugal casting and the centrifugal casting. Numerical results for understanding the electromagnetic stirring of the centrifugal casting process have a guiding significance.
机译:利用CFD软件FLUENT,建立了高速钢辊离心铸造中传热与熔融金属流动的三维数学和物理模型。它可以用来分析重力,电磁搅拌力和离心力作用下离心铸件中的温度场和流量场的分布。进行了一些实验以验证上述分析结果。讨论了电磁力对离心铸造过程的影响。结果表明,在0.15 T电磁场强度下,电磁离心铸造与离心铸造在同一位置的金属流向模具壁的绝对压力和同一位置的金属流速均存在一定差异。理解离心铸造过程中电磁搅拌的数值结果具有指导意义。

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