Registration Number
0223U004331,
(0116U006237)
, R & D reports
Title
Applied fluid mechanics and mechatronics
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Прикладні проблеми гідроаеромеханіки та механотроніки
Head
Luhovskyi Oleksandr F., Доктор технічних наук
Registration Date
12-10-2023
Organization
National Technscal University of Ukraine "Kiev Polytechnic Institute".
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Use of ultrasound in mechanotronic systems
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Section 1 discusses the features of filter baffle regeneration. As today, regeneration at treatment plants is performed, first of all, by small-sized filters made of expensive materials and those installed in filters of especially important objects, for example, in oil, fuel and hydraulic systems of aircraft. The quality of regeneration largely determines the performance of the filter, which ensures the possibility of its further use in the technological process.
Chapter 2 discusses the features of the phenomenon of ultrasonic cavitation and proposes technological cavitation equipment, which allows to increase the efficiency of many technological processes. The proposed original design solutions made it possible to significantly increase the reliability and durability of cavitation technological equipment. The necessary methods for calculating cavitation equipment are presented. The results of analytical and experimental study of the proposed ultrasonic cavitation equipment are presented. Its high efficiency has been confirmed.
В розділі 3 розглянуто вихрові ефекти зсувних течій в полях масових сил, явища переносу в них усіх видів транспортабельних субстанцій та задачі оптимального керування процесами переносу складають одну з основних проблем механіки рідини та газу. Від її розв’язання значною мірою залежать перспективи розвитку стаціонарної і транспортної енергетики, авіації, ракетно-космічної техніки, машинобудування, газової, нафтової, хімічної, фармацевтичної технологій, електротехнічної та електронної галузей тощо.
Chapter 4 presents a mathematical model of the working process in a hydraulic shock absorber, which takes into account the peculiarities of operation in the "rebound" and "compression" modes, as well as the inertial component of the load. Checking the correctness and adequacy of the model showed the possibility of using it to study the influence of parameters and conditions on the performance characteristics of the shock absorber.
Product Description
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Belikov Kostiantyn O.
Galetskij Oleksandr S.
Ganpantsurova Oksana S.
Hryshko Ihor A.
Hubarev Oleksandr P.
Zilinskyi Andrii I.
Koval Oleksii D.
Kovalov Vasyl A.
Kostiuk Dmytro V.
Levchenko Oleg V.
Liashok Alina V.
Movchanuk Andrey V.
Murashchenko Alona M.
Niezhentsev Oleksii B.
Nosko Serhii V.
Nochnichenko Ihor V.
Seminska Natalya V.
Strutynskyi Serhii V.
Turyk Volodymyr M.
Uzunov Oleksandr V.
Ykhno Оleg М.
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2023-10-12
