Flow Mixing Optimisation inside a Manifold using Computational Fluid Dynamics

N. Subaschandar
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Abstract

This paper presents an analysis of fluid flow in a typical manifold. A commerciallyavailable Computational Fluid Dynamics (CFD) package has been used to analyze the flow pattern inside the manifold. Temperatureand velocity in whole fluid domain and mass flow rate in all the outlets in the manifold have been computed. Based on the preliminary results, a simple modification to inside of the main pipe of the manifold has been incorporated. The performance of the modified design has been compared with the original design from the point of view of average temperature and mass flow rate at the outlets. This simple modification has been shown to improve the uniformity of temperature and mass flow at the outlets, thus enhancing the efficiency of the mixing manifold.
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使用计算流体动力学的流形内流动混合优化
本文给出了典型流形内流体流动的分析。一个商业上可用的计算流体动力学(CFD)包已经被用来分析流形内部的流动模式。计算了整个流体域的温度和速度以及流形各出口的质量流量。在初步结果的基础上,对歧管总管内部进行了简单的改造。从出口平均温度和质量流量两方面对改进后的设计与原设计进行了比较。这种简单的改进改善了出口温度和质量流动的均匀性,从而提高了混合歧管的效率。
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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