通过不同截面的翅片传导的热量

Rohit Gupta, Neeraj Pandita, I. Singh
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引用次数: 0

摘要

由于温度梯度在温度下降的方向上,热的传导通过鳍或刺从粒子到粒子。散热片的每个单元并不是均匀散失热量,而是主要散失在靠近散热片底部的地方。因此,如果采用均匀散热片,就会浪费材料。这些方面需要构造不同截面的鳍片,如三角形鳍片、双曲鳍片和抛物线鳍片。本文对三角形鳍片和抛物线鳍片进行分析,利用拉普拉斯变换方法求出它们的热传导率。所得结果与其他方法相同。
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HEAT CONDUCTED THROUGH FINS OF VARYING CROSS-SECTIONS
The conduction of heat takes place through the fins or spines from particle to particle due to a temperature gradient in the direction of decreasing temperature. Heat is not lost equally by each element of the fin but is lost mostly near the base of the fin. Thus there would be a waste of the material if a uniform fin is used. These aspects demand the construction of fins of varying cross-sections like triangular fin, hyperbolic fin, and parabolic fin. The paper analyzes a triangular fin and a parabolic fin to find the rate of conduction of heat through them via Laplace Transform means. The results obtained are the same as obtained with other methods.
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