MATHEMATICAL MODELING OF THE DRIVE OF A HYDRODYNAMIC STEAM GENERATOR BASED ON A SEGNER WHEEL IN ORDER TO JUSTIFY THE CONDITIONS FOR MINIMIZING ITS ENERGY CONSUMPTION

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Pavlysh Vladimir Nikolaevich
Doctor of Technical Sciences, Professor and Head of the Department of Applied Mathematics and Artificial Intelligence, Donetsk National Technical University
Federal State Budgetary Educational Institution of Higher Education "Donetsk National Technical University"
Area of scientific interests: Mathematical modeling and control of processes in complex dynamic systems

Dotsenko Georgy Vasilyevich
Candidate of Technical Sciences, Associate Professor of the Department of Computer Modeling and Design, Donetsk National Technical University
Federal State Budgetary Educational Institution of Higher Education "Donetsk National Technical University"
Area of scientific interests: Prototyping models of hybrid systems

Dotsenko Evgeny Georgievich
Head of the Laboratory of the Department of Applied Mathematics and Artificial Intelligence, Donetsk National Technical University
Federal State Budgetary Educational Institution of Higher Education "Donetsk National Technical University"
Area of scientific interests: Management of additive technologies in contact applications

Grigoriev Sergey Alexandrovich
Postgraduate Student of the Department of Applied Mathematics and Artificial Intelligence, Donetsk National Technical University
Federal State Budgetary Educational Institution of Higher Education "Donetsk National Technical University"
Area of scientific interests: Control systems for hybrid power complexes

Konovalov Kirill Valerievich
Postgraduate Student of the Department of Computer Modeling and Design, Donetsk National Technical University
Federal State Budgetary Educational Institution of Higher Education "Donetsk National Technical University"
Area of scientific interests: Expert systems of semi-natural analog-digital complexes

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UDC 621.31
DOI 10.24412/2413-7383-2024-1-4-21
Language: Russian
Annotation: This study confirms the expected effectiveness of using the additive effect of technologies to minimize external energy consumption by a hydrodynamic steam generator built on a Segner wheel. Thanks to this combination of technologies, a steam generation regime has been achieved when its output product, water vapor, is at the same time a source of reactive force that rotates the wheel, and therefore compensates for the energy consumption for its production during desalination of water by distillation.
Keywords: steam generation, Segner wheel, centrifugal force, cavitation, Laval nozzle, mathematical model, energy balance, parametric optimization.
Keywords: steam generation, Segner wheel, centrifugal force, cavitation, Laval nozzle, mathematical model, energy balance, parametric optimization.

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Release: 1(32)'2024
Chapter: Math modeling
How to quote: Pavlysh V. N. MATHEMATICAL MODELING OF THE DRIVE OF A HYDRODYNAMIC STEAM GENERATOR BASED ON A SEGNER WHEEL IN ORDER TO JUSTIFY THE CONDITIONS FOR MINIMIZING ITS ENERGY CONSUMPTION // V. N. Pavlysh, G. V. Dotsenko, E. G. Dotsenko, S. A. Grigoriev, K. V. Konovalov // Problems of artificial intelligence. - 2024. № 1 (32). - page 4-21. - http://paijournal.guiaidn.ru/ru/2024/1(32)-1.html

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