锯齿翅片对冷凝器传热影响的数值分析

L. Diana, Febriana Kusumawardani, Wahyu Nur Fadilah, M. N. Ariansyah, Muhammad Farid Irfianto
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引用次数: 0

摘要

通过各种方法提高了传热效率。通过安装锯齿翅片增加表面积可以提高换热器效率。本研究采用CFD二维数值方法,比较了7 m/s和9 m/s速度下无锯齿翅片和带锯齿翅片的管内换热情况。外径为0,03175 m的锯齿状鳍有0°和30段每周期。给予进口参数350.15°K,使出口锯齿翅片管温度低于环形管(无锯齿翅片)。模拟锯齿翅片管的进口速度为7 m/s,出口温度为343.2°K,低于模拟管的出口温度344.53°K。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Numerical Analysis of the Effect of Serrated Fin to the Heat Transfer in the Condenser
Heat transfer efficiency improvements have been conducted in various methods. Increasing surface area by installing serrated fin will increase exchanger efficiency. This research uses the numerical method of CFD 2D to compare tube heat transfer without and with a serrated fin on 7 m/s and 9 m/s Velocity. A serrated fin with an outer diameter of 0,03175 m has 0° and 30 segments per period. Give inlet parameter 350.15 °K, resulting in outlet serrated fin tube temperature lower than the annular tube (without serrated fin). Simulation Serrated fin tube an inlet velocity of 7 m/s resulting outlet temperature of 343.2 °K, lower than tube simulation which produces outlet temperature of 344.53 °K.
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