The project of analysis, design and construction of the ultrasonic transit time meter for water has been carried out first by examining and analyzing foreign samples and then designing and applying innovations according to existing standards such as OIML R49. According to the analyzes of fluid flow and the amount of pressure drop due to the presence of reflectors in front of the flow, the reflectors have been optimally designed. Also, the acoustic field of ultrasound waves from the point of sending the wave to the point of arrival of the wave to the receiver has been simulated in the relevant software, which will have a great role in the optimal design of the acoustic field of the flowmeter. The final construction has been used in a basic and practical way by using the relevant experts.
The vision of this collection for ultrasonic flowmeters is to increase the accuracy of measurement and measurement of multiphase flows and other non-Newtonian fluid flows.
