A method of multi-channel ultrasonic flow rate measurement based on piecewise curve fitting

Han Xiao, Jian-zhong Zhou, Zhi-gao Huang, Mengqi Yang
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引用次数: 0

Abstract

For the case of complicated turbulent velocity distribution caused by the pipeline structure of hydraulic unit, a method of multi-channel ultrasonic flow rate measurement based on piecewise curve fitting is proposed. In this method, the line mean velocities are obtained by the multi-channel parallel layers measurement. According to the features of the fluid in the pipeline, a piecewise curve is fitted to the velocity of every measurement level, which is used to calculate the flow rate. With plenty of advantages, such as high precision, strong adaptability, wide range of applications and simple calculation, the method is worth to be extended in the flow rate measurement. In addition, combined with practical applications, a model of velocity distribution is created, and the simulation experiments are made to show the correctness and validity of the method
基于分段曲线拟合的多通道超声流量测量方法
针对液压装置管道结构引起的复杂湍流流速分布情况,提出了一种基于分段曲线拟合的多通道超声流速测量方法。在该方法中,通过多通道平行层测量获得线平均速度。根据管道内流体的特点,对各测量层的流速拟合出分段曲线,利用分段曲线计算流量。该方法具有精度高、适应性强、适用范围广、计算简单等优点,在流量测量中值得推广。结合实际应用,建立了速度分布模型,并进行了仿真实验,验证了该方法的正确性和有效性
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