Yifan Wang1, Shan Qing1,2,*, Jifan Li1,3,*, Xiaohui Zhang1,3, Junxiao Wang4
FDMP-Fluid Dynamics & Materials Processing, Vol.21, No.9, pp. 2253-2272, 2025, DOI:10.32604/fdmp.2025.067429
- 30 September 2025
Abstract Heat and mass transfer within an electric arc furnace are strongly influenced by extreme temperatures and complex electromagnetic fields. Variations in temperature distribution play a crucial role in determining melt flow patterns and in the formation of stagnant regions, commonly referred to as dead zones. To better understand the internal flow dynamics and thermal behavior of the furnace, this study develops a multiphysics coupled model that integrates fluid heat transfer with Maxwell’s electromagnetic field equations. Numerical simulations are conducted to systematically examine how key operational parameters, such as electric current and arc characteristics, affect the… More >
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