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Combined System of AC and DC Electromagnetic Field for Stabilized Flow in Continuous Casting

机译:交,直流电磁场组合系统稳定连铸

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摘要

We evaluate the verification of combined system ac and dc electromagnetic field using magneto hydrodynamic calculation. For the effect of level magnetic flow (LMF) that gives the molten steel the breaking force in proportion to the velocity using dc magnetic field, we confirm that the velocity at meniscus becomes stabilized in the time domain and the space domain, though the conventional dual electromagnetic stirring is difficult to realize the stabilization of the meniscus flow dynamics. In the proposed process, it is also confirmed that the velocity at the inner mold is constant in spite of dc magnetic field.
机译:我们使用磁流体力学计算评估组合系统的交流和直流电磁场的验证。对于水平磁场流(LMF)的作用,它使用直流磁场为钢水提供与速度成比例的断裂力,我们确认,尽管采用传统的双重磁场,弯月面的速度在时域和空间域中都变得稳定了。电磁搅拌难以实现弯月面流动动力学的稳定。在提出的过程中,还证实了尽管存在直流磁场,内模处的速度还是恒定的。

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