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Experimental Investigations Of Poiseuille Number Laminar Flow Of Water And Air In Minichannels

机译:微型通道中水和空气的Poiseuille数层流的实验研究

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This paper presents the results of experiential investigations of pressure drop in minichannels, with use of water and air as the working fluids. The test section was made from stainless steel pipes with internal diameters of 0.55, 0.64 and 1.10 mm, respectively. A pressure drop was presented per a length unit as the function of Reynolds number. A comparison of the experimental friction factor with the results obtained from theoretical equations of Hagen-Poiseuille was presented. The experiments were conducted in range of Reynolds number Re = 30 up to transition to the turbulent flow.rnContradictory reports concerning a sooner transition to the turbulent flow, or the friction factor values which diverge from those occurring in conventional channels, were not confirmed here.
机译:本文介绍了使用水和空气作为工作流体对小通道内的压降进行实验研究的结果。测试部分由内径分别为0.55、0.64和1.10 mm的不锈钢管制成。每长度单位的压降表示为雷诺数的函数。将实验摩擦系数与从Hagen-Poiseuille理论方程式获得的结果进行了比较。实验是在雷诺数Re = 30的范围内进行的,直到过渡到湍流。rn此处没有证实有关更快过渡到湍流的矛盾报道,或与常规通道中发生的摩擦因数值不同的矛盾报道。

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