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Restoration of the cooling conditions in a three-dimensional continuous casting process using artificial intelligence algorithms

机译:使用人工智能算法恢复三维连铸过程中的冷却条件

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In this study, we propose a procedure for restoring the cooling conditions in a crystallizer and in the secondary cooling zone of a three-dimensional continuous casting process. The additional information required to solve the inverse problem is given by temperature measurements at selected points. The appropriate direct problem is solved using the alternating phase truncation method. The ant colony optimization algorithm and the artificial bee colony algorithm are used to minimize a functional that defines the error of the approximate solution. We compare usefulness of these two algorithms for solving this type of problem.
机译:在这项研究中,我们提出了一种程序,用于恢复三维连铸过程中结晶器和二次冷却区的冷却条件。解决逆问题所需的其他信息由选定点的温度测量给出。使用交替相截断法可以解决适当的直接问题。蚁群优化算法和人工蜂群算法用于最小化定义近似解误差的函数。我们比较了这两种算法对解决此类问题的有用性。

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