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Movement Modeling in Problems of Induction Heating

机译:感应加热问题中的运动建模

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This article describes the methods of modeling the complex motion of heated billets in induction plants to improve the efficiency of the mathematical models. To ensure the uniformity of heating it is necessary to use different types of movement of the workpiece. The different types of the movement can be applied in induction heating processes: a rotating or reciprocating motion of the workpiece, the translational motion of the workpiece column. Often a combination of several types of movement requires. Modeling these processes leads to excessive demands on computing resources. In the present article several methods of motion replacement by change of physical parameters or replacement of one complex motion by several simple ones are given. This approach can significantly increase the efficiency of computational experiments.
机译:本文介绍了对感应设备中加热的钢坯的复杂运动建模的方法,以提高数学模型的效率。为了确保加热的均匀性,必须使用不同类型的工件运动。可以在感应加热过程中应用不同类型的运动:工件的旋转运动或往复运动,工件柱的平移运动。通常需要几种运动的组合。对这些过程进行建模会导致对计算资源的过度需求。在本文中,给出了几种通过更改物理参数或用一个简单的运动替换一个复杂运动的运动替换方法。这种方法可以显着提高计算实验的效率。

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