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Physical Simulation on the Position Detection of Final Solidifying End of Continuous Casting Slab

机译:持续铸造板坯最终凝固端的位置检测物理仿真

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摘要

In production process of continuous casting slab in ferrous metallurgy, in order to realize soft reduction and obtain continuous casting slabs without internal defects, it is important to determine the location of final solidifying end of slabs exactly. In this paper, a set of physical simulation device which simulates detecting the final solidifying end was designed according to similarity theory. Through experimental study and mathematical statistic method, we analyzed the influence of each factor on the detected results. The research results may provide certain guidance for the on-line detection final solidifying end in situ.
机译:在铁冶金连续铸造板的生产过程中,为了实现软减速并获得连续铸造板而没有内部缺陷,确定完全确定了板坯的最终固化端的位置。本文根据相似性理论设计了一组模拟检测到最终凝固端的物理仿真装置。通过实验研究和数学统计方法,我们分析了每个因素对检测结果的影响。研究结果可以为原位的在线检测最终凝固端提供某些指导。

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