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Information × Registration Number 0226U001703, (0125U002362) , R & D reports Title Ensuring the development of the scientific direction "Technical Sciences" National Technical University "Kharkiv Polytechnic Institute" for 2025 popup.stage_title Забезпечення розвитку наукового напряму "Технічні науки" Національного технічного університету "Харківський політехнічний інститут" на 2025 рік Head Marchenko Andrii P., Доктор технічних наук Registration Date 29-01-2026 Organization National Technical University "Kharkiv Polytechnic Institute" popup.description1 Implementation of the tasks of the long-term development plan of the National Technical University "Kharkiv Polytechnic Institute" in the scientific direction "Technical Sciences" for 2025 popup.description2 As a result of the work in the scientific direction“Technical Sciences”fo 2025:1Based on theoretical and experimental results, a prototype of a hardware–software system for acoustic UAV detection and localization was developed. 2The development, creation and testing of a receiving system in the very low frequency (VLF) range is described. The system is designed for monitoring the Earth’s plasmasphere by analyzing whistler signals. 3The InterfAI-Linnik software package has been developed. 4A draft design of the intake manifold was developed and designed taking into account the layout features of the studied two-stroke UAV engine with crank-chamber scavenging. 5It is noted that utilizing a PFC operating frequency in the range of (300–500)kHz ensures the minimization of the mass and dimensional parameters of inductive and capacitive elements, which is critical for portable and mobile systems. 6An artificial neural network has been developed and integrated into the software and mathematical support of an inertial-satellite navigation system to verify the reliability of GPS data in order to block distorted data. 7The purpose of the research is to create a methodology for building an energy-saving pneumatic drive using the principle of changing the structure of switching connections, which allows for effective braking of the working body and ensuring the recovery of compressed air energy to the pneumatic network. 8Mathematical modeling methods were used to optimize the compositions and conditions for the synthesis of multifunctional materials obtained on the basis of compositions of the system CoO–BaO–Fe2O3–Al2O3 and compositions of special cements of a new class with improved operational properties, in particular properties against electromagnetic radiation, were developed. A laboratory batch has been produced, recommended as a binder in the production of magnetic indicators for industry, and in the production of ferromagnetic ceramics, products of complex configuratio. Product Description popup.authors Valerii B. Uspenskyi Oleksii A. Haluza Bohdan O. Styslo Volodymyr V. Ivakhno Anatolii V. Savchenko Stanislav V. Pohorielov Andrii S. Rohovyi Alla O. Savchenko Галина М. Шабанова Oleksandr V. Bohomaz Viacheslav V. Pylov Bilyk Serhii Yu. Nataliia V. Shyriaieva Andrii M. Masliennikov Iryna I. Tynianova Hennadii A. Krutikov Larysa O. Sheina Akhiiezer Olena B. Inna V. Rykova Serhii Y. Kryvosheiev Leonid Y. Yemelianov Oleksandr V. Yeresko Volodymyr V. Zamaruiev Oleksandr S. Kravchenko Amir Н. Lal Maksym S. Shelestov Vita M. Shumeiko Oleksandr S. Dohadailo Serhii H. Buriakovskyi Andrіeіew Yuriі M. Yurii A. Plaksii Serhii S. Kravchenko Artem V. Bondarenko Andrii S. Mahula Artem A. Kovalov Dmytro P. Shkonda Nataliia V. Karpenko Vʼiacheslav M. Leshchenko Olha I. Svezhyntseva Mariana H. Stryzhak Oksana L. Lashchenko Serhii P. Ihlin Petro Y. Nikonov Serhii P. Hres Oleksii M. Ovcharenko popup.nrat_date 2026-01-29 Close