Registration Number
0226U002607,
(0124U002734)
, R & D reports
Title
Mathematical modeling of gas flow processes in pipelines with typical and non-typical flow preparation devices and detection of the effects of the interaction of the measuring medium with ultrasonic flow transducers
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Проведення моделювання та отримання результатів роботи експериментальних інтегрованих ультразвукових вимірювальних перетворювачів плинних середовищ.
Head
Bilynskyi Yosyp Yo., Доктор технічних наук
Registration Date
02-03-2026
Organization
Vinnytsia national technical university
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Increasing the accuracy of measuring the flow of fluid media through the improvement and implementation of modern methods and integrated ultrasonic information and measurement systems through mathematical modeling of gas flow processes in pipelines with typical and non-typical flow preparation devices
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An iterative methodology for designing ultrasonic information and measurement systems for natural gas flow rate has been proposed, combining mathematical modeling, numerical experiments, hardware–software implementation, and experimental verification using artificial intelligence methods. A software-algorithmic approach for correcting measurement results has been developed, which enables real-time correction of the measured gas flow rate. Scientific publications on the application of methods for improving the accuracy of multi-path ultrasonic flowmeters under conditions of contamination of the measuring channel and flow conditioning elements have been analyzed. Based on the analysis of scientific studies aimed at improving the accuracy of multi-path ultrasonic flowmeters, a new structural design of a four-path ultrasonic flowmeter with identical acoustic paths has been proposed.
The flowmeter was modeled in the SOLIDWORKS Flow Simulation environment. The feasibility of developing an integrated ultrasonic measuring transducer for natural gas flow rate has been substantiated based on the simulation results. An integrated flowmeter design has been proposed that eliminates the need for external straight pipeline sections and separate flow conditioners, thereby significantly reducing the overall dimensions of the system and its total cost.
Product Description
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Andrii A. Stetsenko
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2026-03-02
