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High-precision numerical simulation for effect of casting speed on solidification of 40Cr during continuous billet casting

机译:连铸坯铸造速度对40Cr凝固影响的高精度数值模拟

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摘要

In order to study the effects of casting speed on the solidification process and optimize the process to reduce defects, a high-precision simulation model of solidification and heat transfer of square billet based on nailing test and temperature measurement is presented. The experiments have proven that values calculated by the model fit well the measured values and the relative error is maintained less than 2%. Some new rules about the relationships among casting speed, solidification end point and shell thickness are proposed in the paper for the first time.
机译:为了研究铸造速度对凝固过程的影响并优化减少缺陷的过程,提出了一种基于钉钉试验和温度测量的高精度方坯凝固和传热仿真模型。实验证明,该模型计算出的值与测量值非常吻合,相对误差保持在2%以内。首次提出了一些有关铸造速度,凝固终点和壳厚之间关系的新规则。

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