Registration Number
0225U005287,
(0121U108603)
, R & D reports
Title
Development of the theoretical fundamentals for elaboration and investigation of the maglev vehicles and innovative power systems
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Розвиток теоретичних основ розробки і дослідження магнітолевітуючих транспортних та інноваційних енергетичних систем
Head
Dzenzerskyi Viktor O,
Registration Date
30-12-2025
Organization
Institute of Transport Systems and Technologies of National Academy of Sciences of Ukraine
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The main objective of the work is to create scientific fundamentals, including developing the theoretical basis of elaboration and investigation of maglev vehicles and innovative power systems, development of new and improvement of the existing methods of investigations of maglev technologies for both high speed ground environmentally friendly transport as well as power generation systems.
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The aim of the work is to create a fundamental scientific basis – the development of theoretical foundations for the development and research of magnetic levitation transport and innovative energy systems, the development of new and existing methods for researching magnetic levitation technologies for both high-speed, environmentally friendly ground transport and energy generation systems.
Object of research: dynamic, thermophysical, and electromagnetic processes in high-speed magnetically levitating vehicles (in particular, fifth-generation transport) and innovative wind power plants.
Subject of research: theoretical foundations, mathematical models, numerical methods, and control algorithms that ensure the stable operation of levitation systems, superconducting magnets, aerodynamic components, and modern energy storage devices.
Main results and research performed:
mathematical models of magnetoplane control systems have been developed, taking into account the combination of two principles of levitation. The influence of delay in feedback on the stability of motion has been investigated and the geometric properties of the space of configurations of supporting bodies have been revealed. Elements of railcrawler-type systems have been improved;
algorithms for calculating the stress-strain state of HTS windings have been developed. Models of temperature fields in superconducting solenoid suspension systems have been created and the thermal regimes of cryovacuum units have been optimized;
turbulence modeling methods have been adapted to calculate the flow around passenger capsules in transport systems. Simulation modeling of wind turbines with variable blade configuration was performed, which made it possible to increase their energy efficiency in transient modes;
methods for synthesizing nanoscale electrode materials have been developed, allowing the creation of batteries with improved energy characteristics for electric transport.
Product Description
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Viktor O. Dzenzerskyy
Dmytro V. Ustymenko
Valentyna V. Ohlikh
Mykola V. Kuvaiev
Oleksandr V. Aleksandrov
Serghii A. Shevchenko
Dmytro O. Redchyts
Serhii Y. Poslavskyi
Ganna Y. Deshko
Volodymyr A. Ivanov
Uliana M. Tuchina
Oleg B. Polevoy
Olena V. Suhova
Svitlana V. Moiseienko
Serhii V. Plaksin
Natalia V. Burylova
Maryna V. Kostyria
Mykola D. Koshel
Maxym G. Snegirev
Serhii V. Burylov
Yevhen Y. Cherniavskyi
Mykhailo S. Arseniuk
Andrii M. Mukha
Serhii V. Tarasov
Vladyslav O. Poliakov
Yurii О. Zhulai
Oleh N. Molotkov
Volodymyr І. Yelisieiev
Serhii V. Nosikov
Oleksii B. Hnylenko
Vakerii I. Mahro
Viacheslav Y. Skosar
Yurii M. Lavrich
Mykola Y. Zhytnyk
Yurii V. Shkil
Oleksii S. Voroshylov
Serhii V. Komarov
Ihor Y. Kostiukov
Andrii S. Tarasov
Olha V. Dorosh
Olena L. Vyduta
Liubov M. Pohorila
Andrii Y. Podchasov
Viktoriia V. Lisunova
Svitlana Y. Ostapovska
Kibkalo Ivan T.
Iryna V. Tymchenko
Ruslana Y. Levchenko
Vasyl I. Pidlubnyi
Tetiana V. Shliakhtina
Svitlana V. Korpach
Nataliia S. Herasika
Mykhailo V. Fesenko
Volodymyr P. Gladenko
Iryna B. Chashyna
Liudmyla I. Vasylieva
Volodymyr R. Kaminskyi
Andrii V. Zinchenko
Serhii V. Adzhamskyi
Valerii I. Liashenko
Andrii H. Halushko
Oksana V. Akimenko
Volodymyr S. Dudnikov
Olexiy D. Nikolayev
Serhii A. Koshel
Yehor M. Chupryna
Andrii G. Mitin
Andrii H. Borysenko
Roman S. Yurkov
Viktor S. Beitsun
Anatolii V. Sokhatskyi
Volodymyr O. Zaika
Oleksandr O. Holota
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2025-12-30
