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Experiment of induction heating application for heating multilayer metallic hollow altered cylinder

机译:感应加热在多层金属空心汽缸加热中的实验

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This paper is focused on an experiment about the output load of heating induction during heat exchange. Reference was taken from the experiment of Keeratidech Thepsatitsilp and his further research found out the appropriate forms for output load have multilayer metallic hollow cylinder can make the outermost layer have more heat than the other layers next to it. These other layers are not commonly hot as observed during this experiment. The supply pattern in the experiment on output load reveals that the outermost layer will hot most. We used materials like zinc alike and pattern of output load and they look very similar to the original model. The results of the experiment found out the outermost load layer will be the hottest and the heat will decrease respectively when getting to the next layers. Also the dimensions width and space of opening on the slide in output load will produce heat which will also affects the inner layer.
机译:本文着重于热交换过程中感应加热的输出负载的实验。参考了Keeratidech Thepsatitsilp的实验,他的进一步研究发现,多层金属空心圆柱体可以使最外层的热量大于与其相邻的其他层的热量,这是输出负载的合适形式。在本实验中观察到的这些其他层通常并不热。实验中关于输出负载的供应模式表明,最外层将最热。我们使用了类似锌的材料和输出负载的模式,它们看起来与原始模型非常相似。实验结果表明,最外层的负载层最热,到达下一层时热量会分别减少。同样,在输出负载中,滑块上开口的尺寸宽度和空间也会产生热量,这也会影响内层。

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