Optimization Study of Unsteady Flow Affecting on Cooling a Heated Cylinder

M. El-Salamony, M. Aziz, E. Benini, O. Gaheen
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Abstract

The paper presents results on heat transfer from a cylinder in pulsating flow. Experimental setup and numerical study of pulsating flow inside a channel with different incoming pulsating velocity forms in the presence of a heated cylinder are performed. The oscillatory flow and the heat transfer in two-dimensional pulsating heated pipes were simulated using Ansys software. This study aims to investigate the cooling behavior of a cylinder subjected to an unsteady incoming air and to find the optimum frequency and amplitude of the incoming air which maximize heat transfer.
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非定常流动对加热圆柱冷却影响的优化研究
本文给出了脉动流动中圆柱传热的结果。在加热圆柱存在的条件下,对不同来流速度形式的通道内脉动流动进行了实验设置和数值研究。利用Ansys软件对二维脉动加热管内的振荡流动和换热过程进行了数值模拟。本研究旨在研究非定常进气对圆柱体的冷却行为,并找出最大传热的最佳进气频率和振幅。
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