Simulation of control of pressure regulating valve in high speed wind tunnels PID control in LabVIEW

S. Harish, D. Singh
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引用次数: 4

Abstract

Wind tunnels used for testing purposes help in analysing the forces, pressure fields and the flow patterns of air around a test specimen. This helps improving the specimen body so as to optimize the performance in the actual working model. The tests conducted are at high as well as low velocity to simulate the natural working environment when the body is in motion in the fluid. This involves maintaining the test section at the required pressure so that the air reaches the necessary speeds to match desired testing conditions. A pressure regulating valve incorporated in a wind tunnel is used to control the pressure variations in a settling chamber and thereby in the test section. A LabVIEW program is developed to simulate the working of a pressure regulating valve. The controller is based on PID algorithm to enhance the working of the valve.
基于LabVIEW的高速风洞压力调节阀PID控制仿真
用于测试目的的风洞有助于分析测试样品周围空气的力、压力场和流动模式。这有助于改进试件体,从而在实际工作模型中优化性能。测试在高速和低速下进行,以模拟人体在流体中运动时的自然工作环境。这包括将测试部分保持在所需的压力下,使空气达到必要的速度以匹配所需的测试条件。安装在风洞中的压力调节阀用于控制沉降室中的压力变化,从而控制试验段中的压力变化。开发了一个LabVIEW程序来模拟压力调节阀的工作过程。该控制器采用PID算法,提高了阀门的工作性能。
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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