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A Study on the Effective Long Type Coil Shape by Multidisciplinary Method in Induction Heating

机译:多学科感应加热有效长型线圈形状的研究

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The axis symmetric analysis method can neither handle initial curved plates nor be used in the optimization of coil shapes because an axis symmetric coil is the only shape to analyze in this method. But the method using some discrete divisions and steps, can overcome these difficulties and show more accurate, reasonable results of temperatures and deflections in flat or curved plates with initial curvature, than those in the axis symmetric analysis method. Traditionally, the coil shape in induction heating is circular shape and it needs the moving process along heating lines. To overcome these, the “long type coil” with some linear parallel coils is proposed. It does not need the moving process along heating lines and reduces the heating process time. The results of experiments are compared with those of simulation.
机译:轴对称分析方法既不能处理初始弯曲板,也不能用于优化线圈形状,因为轴对称线圈是这种方法中唯一要分析的形状。但是,与轴对称分析方法相比,使用一些离散的分区和步骤的方法可以克服这些困难,并在具有初始曲率的平板或弯曲板上显示出更准确,合理的温度和挠度结果。传统上,感应加热中的线圈形状是圆形,并且需要沿着加热线的移动过程。为了克服这些问题,提出了带有一些线性并联线圈的“长型线圈”。它不需要沿着加热线的移动过程,并减少了加热过程的时间。将实验结果与模拟结果进行比较。

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