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首页> 外文会议>4th International Conference on Nanochannels, Microchannels and Minichannels 2006(ICNMM2006) pt.B >HYDRODYNAMICAL THEORETICAL SOLUTIONS FOR PERISTALTIC MICROCHANNELS
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HYDRODYNAMICAL THEORETICAL SOLUTIONS FOR PERISTALTIC MICROCHANNELS

机译：蠕动微通道的流体动力学理论解

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摘要

Three analytical solutions describing the 2D Stokes flow in a peristaltic micro-channels are presented. The paper is concerned with pure hydrodynamics discarding any other physical phenomenon like electrical forces. This allows the derivation of analytical results when the problem is share into three main parts : the effect of the contraction on its vicinity, the squeezing of the fluid near the contraction and the effect of wavy walls that is related to the problem of the wall quality which depends on the elaboration process. The results can be considered as reference touch stones for these flows at Reynolds number smaller than one. They allow some physical discussions on the phenomena.
机译：提出了三种描述蠕动微通道中二维斯托克斯流的分析解决方案。本文关注的是纯粹的流体动力学，它抛弃了任何其他物理现象，例如电力。当问题分为三个主要部分时，这可以得出分析结果：收缩对其附近的影响，收缩附近的流体挤压以及与壁质量问题相关的波浪形壁的影响这取决于详细的过程。结果可以视为雷诺数小于1时这些流的参考接触石。他们允许对现象进行一些物理讨论。

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