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O.D. Nikolayev

Observed names: A.D. Nikolaev, N.D. Nikolayev, NIKOLAYEV, Olexiy, Nikolayev, O.D., O. D Nikolayev, O. D. NIKOLAYEV, O. D. Nikolayev, O. NIKOLAYEV, O. Nikolayev, O.D Nikolayev, O.D. NIKOLAYEV, O.N. Nikolayev, Olexiy D. Nikolayev, Olexiy Nikolayev, Алексей Дмитриевич Николаев, О. Ніколаєв
ORCID: 0000-0003-0163-0891
Observed ORCID: 0000-0003-0163-0891
OpenAlex ID: A5081576494
Pequliarities of mathematical modeling of low-frequency dynamics of the staged liquid rocket sustainer engines at its startup
2017 · O.V. Pylypenko, A.A. Prokopchuk, et al. · Kosmìčna nauka ì tehnologìâ · 15
Mathematical simulation of the start of a multiengine liquid-propellant rocket propulsion system
2020 · O.V. Pylypenko, S.I. Dolhopolov, et al. · Technical mechanics · 14
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Providing of POGO stability of the Cyclone-4M launch vehicle
2020 · O.V. Pylypenko, M.A. Degtyarev, et al. · Kosmìčna nauka ì tehnologìâ · 14
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Dynamic interaction between clustered liquid propellant rocket engines under their asynchronous start-ups
2021 · Sergey I. Dolgopolov, Olexiy D. Nikolayev, et al. · Propulsion and Power Research · 10
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Evaluation of the vibration accelerations of drill bit for the well rotative-vibration drilling using the cavitation hydrovibrator
2020 · Olexiy Nikolayev, Yuriy Zhulay, et al. · International Journal of Mining and Mineral Engineering · 10
Mathematical simulation of dynamic processes in hydraulic and gas paths at the start of a liquid-propellant rocket engine with generator gas after-burning
2019 · O.V. Pylypenko, N.V. Khoriak, et al. · Technical mechanics · 10
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Procedure for determining the effect of internal and external factors on the startup thrust spread of a liquid-propellant rocket engine
2021 · O.V. Pylypenko, S.I. Dolgopolov, et al. · Technical mechanics · 7
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Mathematical modelling of start-up transients at clustered propulsion system with POGO-suppressors for CYCLON-4M launch vehicle
2021 · O.V. Pylypenko, O.O. Prokopchuk, et al. · Kosmìčna nauka ì tehnologìâ · 7
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Сomputation of the pogo self-oscillation parameters in the dynamic "propulsion – rocket structure" system by using a 3d structural model
2018 · O.D. Nikolayev, I.D. Bashliy, et al. · Technical mechanics · 7
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Features of mathematical modeling of nonlinear Pogo oscillations of launch vehicles
2024 · S. Dolgopolov, O. Nikolayev · CEAS Space Journal · 6
Determination of the parameters of motion of the gas–liquid interface in the fuel tanks of launch vehicle space stages in passive portions of the flight
2017 · O.D. Nikolayev, I.D. Bashliy, et al. · Technical mechanics · 5
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State of the art in the theoretical study of the high-frequency stability of working processes in liquid-propellant rocket combustion chambers
2020 · O.V. Pylypenko, O.D. Nikolayev, et al. · Technical mechanics · 4
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Results of testing and modelling the “drilling rig with hydraulic vibrator ‒ rock” system
2020 · Yu. O. Zhulay, O. D Nikolayev · Naukovyi Visnyk Natsionalnoho Hirnychoho Universytetu · 4
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Evaluation of the Scatter of Liquid Launch Vehicle Pogo Oscillation Amplitudes Due to the Influence of the Scatter of Internal Factors
2024 · O. V. PYLYPENKO, S. I. DOLGOPOLOV, et al. · Kosmìčna nauka ì tehnologìâ · 3
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Effect of the surface roughness of a power plant chamber on low-frequency self-oscillations of a cold working gas
2023 · O.D. Nikolayev, I.D. Bashliy, et al. · Technical mechanics · 3
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Визначення Розкиду Тяги Багатодвигунної Установки I Ступеня Ракети-носія «циклон-4м» При Її Запуску
2022 · О. Пилипенко, С. Долгополов, et al. · Science and innovation · 3
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Assessment of thrust chamber stability margins to high-frequency oscillations based on mathematical modeling of coupled ‘injector – rocket combustion chamber’ dynamic system
2022 · O. D. Nikolayev, I. D. Bashliy · Technical mechanics · 3
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Sonic Drilling with Use of a Cavitation Hydraulic Vibrator
2021 · Yuriy Zhulay, Olexiy Nikolayev · IntechOpen eBooks · 3
Evaluation of the high-frequency oscillation parameters of a liquid-propellant rocket engine with an annular combustion chamber
2021 · O.D. Nikolayev, I.D. Bashliy, et al. · Technical mechanics · 3
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Evaluation of hydraulic power of drilling string with a cavitation hydrovibrator
2021 · Yu.O Zhulay, O.D Nikolayev · Naukovyi Visnyk Natsionalnoho Hirnychoho Universytetu · 3
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Mathematical modeling of dynamic processes in feeding system of space stage main engine of launch vehicle at active and passive flight
2020 · O.V. Pylypenko, A.D. Nikolaev, et al. · Kosmìčna nauka ì tehnologìâ · 3
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Interaction of the acoustic oscillations of the combustion products in the chamber of a propulsion system with structural vibrations
2025 · O.D. Nikolayev, I.D. Bashliy, et al. · Technical mechanics · 2
Development of an approach to mathematical simulation of dynamic processes in a solid-propellant rocket engine
2024 · S.I. Dolgopolov, N.D. Nikolayev · Technical mechanics · 2
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Dynamic processes in solid rocket motors and their interaction with rocket structure vibrations: the state of the art and current problems
2023 · O.V. Pylypenko, O.D. Nikolayev, et al. · Technical mechanics · 2
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Estimation of the Mechanical Oscillatory Power of the Drill String for Rational Sonic Drilling
2022 · Yuriy Zhulay, Olexiy Nikolayev, et al. · Advances in transdisciplinary engineering · 2
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Works count: 51
Citation count: 162
H-index: 7
I10-index: 6
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