Design and numerical simulation of multi direction jet flow generator

Chang Xingyuan, Piao Linhua, Piao Ran
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Abstract

In this paper, we reported the design and numerical simulation of multi direction jet flow generator with disc shaped multi circular airflow channel. Using the finite element analysis method, the COMSOL Multiphysics software was used to calculate the airflow field distribution and motion feature inside of the generator. Calculation and results indicated that: (1) There is an integrated, steadily cycled and directional flow inside of this device. (2) This generator produced four directional flow comprising two perpendicular pairs of flow and generated four orthometric distributed jet flow inside of sensing chamber. (3) The airflow velocity at pump chamber nozzle and sensing chamber nozzle are 20.84m/s, 12.52m/s, respectively. The velocity at the two nozzles are much higher than other part inside of the channel. The mentioned multi direction jet flow generator can be used in multi axis jet flow inertia sensor, micro fluid system and lab-on-chip and so on studying field.
多向射流发生器的设计与数值模拟
本文报道了一种圆盘型多圆流道多向射流发生器的设计与数值模拟。采用有限元分析方法,利用COMSOL Multiphysics软件计算了发电机内部的气流场分布和运动特征。计算结果表明:(1)该装置内部存在一个完整的、稳定循环的定向流动。(2)该发生器产生由两对垂直流动组成的四向流动,并在感应腔内产生四种正交分布射流。(3)泵室喷嘴处风速为20.84m/s,传感室喷嘴处风速为12.52m/s。两个喷嘴处的速度比通道内其他部分的速度要高得多。所述多向射流发生器可用于多轴射流惯性传感器、微流体系统和芯片实验室等研究领域。
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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