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Prediction of measurement errors of ultrasonic flowmeters in disturbed flow conditions

机译:扰流条件下超声波流量计测量误差预测

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The Kalibra prgram developed by Ruhrgas is a numericla tool for predicting measurement uncertainties of ultrasonic flowmeters in disturbed flows,Inputs requried include a reference flow field (normally the ideal flow field in which a meter is calibrated),a disturbed flow condition (e.g. behind bends,valves,etc.) and the meter's sound path configuration.based on these inputs,"measurement" errors of ultrasonic flowmeters caused by flow disturbances cna be predicted numerically.this ppaer investigateds the results of different disturbances generated in a double bend out of plane for four different ultrasonic flowmeters.Artificial flow ocnditions are used to determine the impact of swirl,profile deformation and decay on meter accuracy in separate steps.Teh effects of changing hte meter's angle of installiatin in the pipe are also examined.
机译:Ruhrgas开发的Kalibra原始工具是用于预测扰动流量的超声波流量计的测量不确定性的NumericLA工具,输入的输入包括参考流场(通常是仪表被校准的理想流场),干扰的流动条件(例如弯曲后,阀门等。)和仪表的声道配置。基于这些输入,“测量”超声波流量计的误差是由流动扰动CNA的超声波预测。该PPAER研究了在平面上双弯曲产生的不同干扰的结果对于四种不同的超声波流量计。用于确定旋流,轮廓变形和衰减对米精度的影响,在单独的步骤中的仪表精度。还检查了改变HTE仪表在管道中的安装素角度的效果。

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