微通道散热器入口压力损失的仿真研究

W. Lou, Xiu-Jun Yi, B. Qi
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引用次数: 1

摘要

微通道器件是微纳米技术的重要应用之一。微流体的基础理论正在发展,但人们对微通道进出口压力损失的关注却很少。有研究表明,微通道内的压力损失仅为10%,而进出口压力损失高达90%。因此,对进出口压力损失的分析就显得尤为重要。计算机模拟可以有效地预测微尺度下的输运性质,并在新器件制造前给出一些估计。本文对某一进气道形状进行了建模和仿真,得到了进气道区域内的压力分布数据。通过仿真分析,计算出流动阻力造成的压力损失约为13.58%,流动方向变化造成的压力损失约为48.58%,截面变化造成的压力损失约为37.84%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Simulation for Pressure Loss of Microchannel Heat Sinks Inlet
Microchannel device is one of the prominent applications in micro and nano technologies. Basic theory for micro fluid is developing, but pressure loss in inlet and outlet of microchannel is paid little attention. Some researches show that the pressure loss in microchannel is only 10 percent, while that in inlet and outlet is up to 90 percent. So it becomes more important to analyze the pressure loss in inlet and outlet. Computer simulation can be used effectively to forecast the transport properties in micro-scale, and to give some estimates to new devices before they are manufactured. In this paper some kind shape of inlet was modeled and simulated, pressure distribution data in inlet area were acquired. By simulation analysis, we reckon that the pressure loss made by flow resistance is about 13.58 percent, made by flow direction change is about 48.58 percent, and made by cross section change is almost 37.84 percent.
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