Distribution of magnetic field and electromagnetic force in twin-roll casting of steels was studied by the method of numericalsimulation in this paper. Two-dimension finite element model, which includes the regions of melt, stainless collar, coil andmagnetic core, has been constructed. By solving magnetic vector potential formulations of quasi-static electromagnetic field,distribution of magnetic flux density and magnetic force at different molten height is determined. Calculated results showedthat intensity of the distribution of magnetic flux density increased linearly with the increased coil current; and the magneticforce in the melt increased as a quadratic cure with creased coil current. More attention was given to the distribution of eddycurrent and magnetic force in the melt, the confine effect at different molten height was also discussed.
参考文献
[1] | Naiyuan TIAN.Slab Continuous Casting, Hot Charging and Direct Rolling[M].北京:冶金工业出版社,1993 |
[2] | Y.K. Shin;T. Kang;T. Reynolds .Development of twin roll strip caster for sheet steels[J].Ironmaking & Steelmaking: Products and applications,1995(1):35-44. |
[3] | H Gerber;K Blazek;Y S Wang;W Praeg.[A].,2000 |
[4] | K E Blazek;H G Gerber;I G Saucedo .International Symposium On Electromagnetic Processing of Materials[R].Nagoya,Japan,ISIJ.197,1994. |
[5] | K E Blazek;E F Proeg .[J].J.G R,1998,2:39. |
[6] | ANSYS Inc.Theory Manual.001369,Twelfth Edition[M]. |
- 下载量()
- 访问量()
- 您的评分:
-
10%
-
20%
-
30%
-
40%
-
50%