基于Ansys的前向阶跃(FFS)微通道压力分布表征

N. S. Nadzri, V. Retnasamy, Z. Sauli, S. Taniselass, T. Mei
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引用次数: 0

摘要

流体流动特性的基本原理在微流体系统中是至关重要的。流体开发与制造技术的融合为生物医学、临床仪器、细胞培养系统等各个领域创造了良好的平台。表征流体特性的一个重要参数是它的压力。本文利用CFD-Ansys软件对前向台阶(FFS)微通道的压力分布特性进行了研究。本研究的主要目的是研究FFS构型阶跃高度对流体流动压力分布的影响。因此,采用三种不同的台阶高度作为测量比较。微通道内存在压降趋势。阶梯高度越大,压降越大。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pressure distribution characterization in forward facing step (FFS) microchannel using Ansys
The fundamental principles of fluid flow characteristics is vital in a microfluidic system. The integration of fluid flow exploitation and fabrication technologycreates good platform in various fields such as biomedical, clinical instrumentation and cell culture system. One of the important parameter to characterize a fluid is its pressure. In this article, characterization of pressure distribution in forward facing step (FFS) microchannel has been investigated using CFD-Ansys software. The primary goal of this research is to study the effect of the step height in FFS configuration on fluid flow pressure distribution. Hence, three different step heights have been employed as measurement comparison. Pressure drop trend was observed across the microchannel. The highest step height showed the highest pressure drop.
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