AN IMPROVED MEASUREMENT ALGORITHM FOR INCREASING THE ACCURACY OF SING-AROUND TYPE ULTRASONIC FLOW METERS
Keywords: measurement algorithm, accuracy of sing-around type ultrasonic flow meters
AbstractIn this paper a new sing-around type flow meter is proposed. Although sing-around type flow meters encounter problems when the flow is not stable, the proposed measurement method is approximately two times more accurate than current ultrasonic sing-around type flow-meters. The device comprises two ultrasonic-based flow-sensitive oscillators, one is installed upstream and another is installed downstream with respect to the flow direction. Unlike existing method, the upstream and downstream oscillators "synchronous-sly" start generating signals for each sampling cycle. The accuracy of the proposed method was compared with the existing method numerically, and its effectiveness was demonstrated with quantitative results.
DESIGN AND OPTIMIZATION OF MECHANICAL SYSTEMS