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Scaling analysis and experimental investigation of pulsating loop heat pipes

机译:脉动回路热管结垢分析与实验研究

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This paper focuses on performance analysis of pulsating heat pipe (PHP) with fluid having high boiling point like KOOLGARD (an engine coolant). Fluids like Ethanol and Methanol (E&M) mixture also have been used for checking of efficiency enhancement of PHP. Non-dimensional analysis has been carried out for PHP using Buckingham-Pi theorem. Using the obtained non-dimensional numbers, the range of heat flux for some common working fluid has been estimated. Approximate results are obtained before carrying out experimentation. KOOLGARD was found to sustain more than 200 W/m(2) heat flux, although the thermal resistances offered are high. Flow visualisation has been carried out as well. Different instabilities are visualised in Ethanol and Methanol (E&M) mixture case while no disturbance is visible with KOOLGARD case. (C) 2016 Elsevier Ltd. All rights reserved.
机译:本文重点研究具有高沸点的流体(如KOOLGARD(发动机冷却剂))的脉动热管(PHP)的性能。乙醇和甲醇(E&M)混合物之类的流体也已用于检查PHP的效率提高。已经使用Buckingham-Pi定理对PHP进行了无量纲分析。使用获得的无量纲数,已经估算了一些常见工作流体的热通量范围。在进行实验之前获得大约结果。尽管提供的热阻很高,但发现KOOLGARD可以维持200 W / m(2)以上的热通量。流程可视化也已进行。在乙醇和甲醇(E&M)混合物情况下,可以看到不同的不稳定性,而在KOOLGARD情况下,看不到任何不稳定性。 (C)2016 Elsevier Ltd.保留所有权利。

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