多变量鳍的设计

Ayush Patel, M. Srivastava, Archit Gupta
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引用次数: 0

摘要

本文通过改变翅片的材质(铝合金、铜合金、结构钢),分析了无和有矩形、三角形、梯形等不同外延的翅片的换热情况,并对其进行比较。经过比较,与所有材料的翅片相比,在具有各种扩展的翅片中观察到的传热量增加了约12%。在这里,对于每一种材料,具有矩形延伸的翅片都获得了最大的传热,而传热最大的材料是铜。因此,经过综合比较,发现矩形延伸铜合金的换热效果最大。这里铜合金翅片与矩形延伸提供更高
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Design of Fin for Various Variables
In this paper, the heat transfer of fin without and with various extensions such as rectangular extensions, triangular extensions and trapezium extension is analyzed by changing its material (such as Aluminium alloy, Copper alloy and Structural steel), and then a comparison is made between them. After comparison near about 12% more heat transfer is observed in the fin with various extensions in compare to fin without extensions for all the material. Here maximum heat transfer is obtained for the fin with rectangular extension for each material and the material for which heat transfer is maximum is copper. So after overall comparison it is found that that Copper alloy with rectangular extension gives the maximum heat transfer. Here copper alloy fin with rectangular extensions gives higher
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