Velocity and pressure analysis for microchannel networks

C. Vélez, L. F. Ariza, J. Osma, A. Ávila
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引用次数: 1

Abstract

This article analyze and simulate the velocity, pressure and flow profile behavior of two different kinds of laminar, Newtonian, two dimensional flows after crossing an equal angle successive bifurcation microchannel network using Comsol® Multiphysics[l]. This study has been reproduced for 30°, 40°, 60° and 90° angles networks. Incoming channels have a diameter of 1.28mm (syringe needle) and time dependant pressure of Pin = 50 [Pa] + 50 [Pa] · t. There are 256 outcoming channels of 5μm diameter and Pout = 0[Pa].
微通道网络的速度和压力分析
本文利用Comsol®Multiphysics分析和模拟了两种不同的层流、牛顿二维流在穿过等角连续分叉微通道网络后的速度、压力和流型行为[1]。这项研究已经复制了30°,40°,60°和90°的角度网络。输入通道直径为1.28mm(注射器针头),压力随时间变化为Pin = 50 [Pa] + 50 [Pa]·t,输出通道256个,输出通道直径为5μm,输出通道Pout = 0[Pa]。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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