典型文献
Effect of electromagnetic parameters on melt flow and heat transfer of AZ80 Mg alloy during differential phase electromagnetic DC casting based on numerical simulation
文献摘要：
Based on multi-physical field coupling numerical simulation method, magnetic field distribution, melt flow, and heat transfer behavior of a Φ300 mm AZ80 alloy billet during differential phase electromagnetic DC casting (DP-EMC) with different electromagnetic parameters were studied. The results demonstrate that the increase in current intensity only changes the magnitude but does not change the Lorentz force's distribution characteristics. The maximum value of the Lorentz force increases linearly followed by an increase in current intensity. As the frequency increases, the Lorentz force's r component remains constant, and the z component decreases slightly. The change in current intensity correlates with the melt oscillation and convection intensity positively, as well as the liquid sump temperature uniformity. It does not mean that the higher the electric current, the better the metallurgical quality of the billet. A lower frequency is beneficial to generate a more significant melt flow and velocity fluctuation, which is helpful to create a more uniform temperature field. Appropriate DP-EMC parameters for a Φ300 mm AZ80 Mg alloy are 10-20 Hz frequency and 80-100 A current intensity.
文献关键词：
中图分类号：
作者姓名：
Yong-hui Jia;Cheng-lu Hu;Qi-chi Le;Wen-yi Hu
作者机构：
Key Laboratory of Electromagnetic Processing of Materials,Ministry of Education,Northeastern University,Shenyang 110819,China;Longyan University,College of Chemistry and Materials Science,Longyan 364012,Fujian,China
文献出处：
引用格式：
[1]Yong-hui Jia;Cheng-lu Hu;Qi-chi Le;Wen-yi Hu-.Effect of electromagnetic parameters on melt flow and heat transfer of AZ80 Mg alloy during differential phase electromagnetic DC casting based on numerical simulation)[J].中国铸造,2022(03):191-200
A类：
B类：
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AB值：
0.498581
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