Research on the Effect of Orifice Plate Parameters on Reducing Airflow Pulsation in Piping System

Mengjun Li, Quyang Ma, Guoan Yang, Shuangshuang Jin
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Abstract

The addition of orifice plate near the large container is an effective method to reduce airflow pulsation in the pipeline. It has been widely used in industrial production and has achieved good results. The air flow pulsation takes place regularly in the long-distance gas pipeline, no large container or near large container should not be added the orifice. Therefore, this paper is to study the effect of adding orifice plate on the suppression of airflow pulsation. And it simulates the fluid pressure distribution with CFX, studies the effect of the installation position and the aperture ratio on the airflow pulsation in the pipeline under different working conditions. The results show that, according to the pipeline of the working conditions and the pressure loss, an orifice plate of small aperture ratio should be installed away from the constant pressure position, which has achieved the best suppression effect.
孔板参数对减小管路系统气流脉动影响的研究
在大容器附近加装孔板是减小管道内气流脉动的有效方法。在工业生产中得到了广泛的应用,并取得了良好的效果。长输输气管道中气流脉动是有规律发生的,不宜在大容器或靠近大容器的地方加孔。因此,本文将研究添加孔板对抑制气流脉动的影响。并利用CFX模拟了流体压力分布,研究了不同工况下安装位置和孔径比对管道内气流脉动的影响。结果表明,根据管道的工况和压力损失情况,应在远离定压位置的位置安装孔径比较小的孔板,以达到最佳的抑制效果。
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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