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Study on Flow in Mold with EMBr in Slab Continuous Casting

机译:板坯连铸中EMBr结晶器内流动的研究。

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A mercury model has been developed to investigate the influences of Electromagnetic Mold Brake Ruler(EMBr-Ruler)and Flow Control Mold(FC Mold)on metal flow in slab continuous casting mold with the practical casting speed 1.0,1.3 and 2.0 m/min respectively.FC-Mold can efficiently repress the surface flow and its fluctuation.The expanding space of the jets is compressed by EMBr-Ruler and FC-Mold respectively,then the “flow passage” where the vertical velocity of flow increases sharply is developed near the narrow wall with EMBr-Ruler and FC-Mold.It is bad for the development of the plug like flow.Only the nozzle ports are placed in the braking magnetic field region and the casting speed is suitable,EMBr can be beneficial to the formation of the plug like flow.The flow regime is improved with FC Mold when the casting speed is high(2.0 m/min),but EMBr can improve the flow field with medium casting speed(1.3 m/min),but when the casting speed is low(1.0 m/min),the effects of two types of EMBr are both unsatisfactory.
机译:建立了汞模型,以实际铸造速度分别为1.0、1.3和2.0 m / min研究电磁铸模制动尺(EMBr-Ruler)和流动控制铸模(FC铸模)对板坯连铸结晶器中金属流动的影响.FC-Mold可以有效地抑制表面流动及其波动。射流的膨胀空间分别由EMBr-Ruler和FC-Mold压缩,然后在垂直方向附近形成垂直流动速度急剧增加的“流动通道”。带有EMBr-Ruler和FC-Mold的窄壁。不利于塞状流的发展。仅将喷嘴端口放置在制动磁场区域中,并且浇铸速度合适,EMBr有利于形成当铸造速度高(2.0 m / min)时,用FC结晶器改善了流态,而当铸造速度为(1.3 m / min)时,EMBr可以改善流场。低(1.0 m / min),两种EMB的效果r都不能令人满意。

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