Finite Element Analysis of 3��D Electromagnetic Field in Bloom Continuous Casting Mold
LIU Xu��dong1,YANG Xiao��dong1,ZHU Miao��yong1,CHEN Yong1,2,YANG Su��bo2
1. School of Materials and Metallurgy, Northeastern University, Shenyang 110004, Liaoning, China;2. Iron and Steel Research Institute, Panzhihua Iron and Steel Group Co, Panzhihua 617062, Sichuan, China
Finite Element Analysis of 3��D Electromagnetic Field in Bloom Continuous Casting Mold
LIU Xu��dong1,YANG Xiao��dong1,ZHU Miao��yong1,CHEN Yong1,2,YANG Su��bo2
1. School of Materials and Metallurgy, Northeastern University, Shenyang 110004, Liaoning, China;2. Iron and Steel Research Institute, Panzhihua Iron and Steel Group Co, Panzhihua 617062, Sichuan, China
ժҪ Three��dimensional finite element model of electromagnetic stirrer was built to predict magnetic field in a bloom continuous casting mold for steel during operation. The effects of current intensity, current frequency, and mold copper plate thickness on the magnetic field distribution in the mold were investigated. The results show that the magnetic induction intensity increases linearly with the increase in current intensity and decreases with the increase in current frequency. Increasing current intensity and frequency is available in increasing the electromagnetic force. The Joule heat decreases gradually from surface to center of bloom, and a maximum Joule heat can be found on corner of bloom. The prediction of magnetic induction intensity is in good agreement with the measured values.
Abstract��Three��dimensional finite element model of electromagnetic stirrer was built to predict magnetic field in a bloom continuous casting mold for steel during operation. The effects of current intensity, current frequency, and mold copper plate thickness on the magnetic field distribution in the mold were investigated. The results show that the magnetic induction intensity increases linearly with the increase in current intensity and decreases with the increase in current frequency. Increasing current intensity and frequency is available in increasing the electromagnetic force. The Joule heat decreases gradually from surface to center of bloom, and a maximum Joule heat can be found on corner of bloom. The prediction of magnetic induction intensity is in good agreement with the measured values.
LIU Xu��dong;YANG Xiao��dong;ZHU Miao��yong;CHEN Yong;YANG Su��bo. Finite Element Analysis of 3��D Electromagnetic Field in Bloom Continuous Casting Mold[J]. �й������ڿ���, 2007, 14(3): 6-0.
LIU Xu��dong;YANG Xiao��dong;ZHU Miao��yong;CHEN Yong;YANG Su��bo. Finite Element Analysis of 3��D Electromagnetic Field in Bloom Continuous Casting Mold. Chinese Journal of Iron and Steel, 2007, 14(3): 6-0.
2007, Vol. 14 
