Modeling and Identification of Cylindrical Bodies with Free Convection and Peltier Elements as Sources for Active Heating

D. Knyazkov, H. Aschemann, Julia Kersten, G. Kostin, A. Rauh
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引用次数: 2

Abstract

The paper considers the modeling of active heating or natural cooling of a cylindrical body, - either vertically or horizontally arranged. The position dependency of the coefficient of convective heat transfer along the surface of the body on this process is investigated in detail. It turned out that its nonuniformity must be taken into account when solving problems of controlled heating for bodies with low thermal conductivity. An identification of the model parameters leads to results that are in good agreement with values from the literature for the experimental setup — a cylindrical body heated from both ends by two Peltier elements.
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自由对流和珀尔帖元作为主动加热源的圆柱体建模与识别
本文考虑了一个圆柱体的主动加热或自然冷却的建模,无论是垂直还是水平排列。详细研究了沿物体表面的对流换热系数对这一过程的位置依赖性。结果表明,在解决低导热体的控制加热问题时,必须考虑其非均匀性。模型参数的识别导致结果与实验装置的文献值很好地一致-一个圆柱体由两个珀尔帖元件从两端加热。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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