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直流电弧炉熔池内电磁流体流动与传热的数值模拟
引用本文:郭鸿志,赵沛,王开力,朱洁,傅杰,马廷温. 直流电弧炉熔池内电磁流体流动与传热的数值模拟[J]. 北京科技大学学报(英文版), 1995, 0(2)
作者姓名:郭鸿志  赵沛  王开力  朱洁  傅杰  马廷温
作者单位:北京科技大学热能系,北京科技大学冶金系
摘    要:建立了描述直流电弧炉内磁场强度、电流密度、速度场、温度场的数学模型。数值求解控制方程,绘制了描述30t直流弧炉熔池的磁场强度、电流密度、洛仑兹力、流函数、速度及温度分布曲线,预示与测定的温度场相符合,计算的循环流量与有关文献的相一致。

关 键 词:直流电弧炉熔池,速度场,温度场,电磁场

MATH-MODELLING OF ELECTROMAGNETICAL FLOW FIELD AND HEAT TRANSFER IN DC ELECTRIC-ARC FURNACE BATH
GUO HONGZHI,ZHAO PEI,WONG KAILI,JU JIE,FU JIE,MA TINGWEN. MATH-MODELLING OF ELECTROMAGNETICAL FLOW FIELD AND HEAT TRANSFER IN DC ELECTRIC-ARC FURNACE BATH[J]. Journal of University of Science and Technology Beijing, 1995, 0(2)
Authors:GUO HONGZHI  ZHAO PEI  WONG KAILI  JU JIE  FU JIE  MA TINGWEN
Abstract:A mathematical formulation is developed to represent the magneticfield intensity, the current density, the velocity field, the temperature field in the DC arc furnace bath.The governing equations are solved numerically to describe the magnetic field intensity profiles, the current density profiles, Lorentz force profiles, streamline profiles, the velocity profiles and temperature profiles in the 30t DC-EAF bath. The theoretical predictions of temperature field are in good agreement with measurement in the 30t DC-EAF bath, and the recirculation rate of flow is also in good agreement with published estimation.
Keywords:DC-EAF bath  velocity field  temperature field  electromagnetic field
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