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N. A. Raykovskiy

Observed names: N. A. Raikovskiy, N.A. Raykovskiy, Nikolay A. Raykovskiy
Observed institution: Omsk State Technical University
ORCID: 0000-0002-2783-8298
Observed ORCID: 0000-0002-2783-8298
OpenAlex ID: A5076174649
Power loss analysis in a new oil-free rotary vane compressor: Experimental investigation and mathematical modeling
2024 · N.A. Raykovskiy, G.I. Chernov, et al. · International Journal of Refrigeration · 7
Development of a numerical method for studying heat exchange and temperature fields in a self-lubricating turbocharger bearing under cooling
2018 · N. A. Raykovskiy, V. L. Yusha, et al. · AIP conference proceedings · 4
Mathematical Modeling of Rotary Vane Compressors Taking into Account the Mutual Influence of Tribological and Operating Parameters
2023 · N. A. Raykovskiy, G. I. Chernov, et al. · Journal of Friction and Wear · 3
Methods for contactless measurement of the temperature of the friction surface of a rotating disk
2019 · N.A. Raykovskiy, I.P. Aistov, et al. · Systems Methods Technologies · 3
The technique of numerical research of cooling medium flow in the water jacket of self-lubricated bearing
2017 · N. A. Raikovskiy, A. V. Tretyakov, et al. · AIP conference proceedings · 3
Comparative Analysis of Methods for Determining Overflows for Calculating the Characteristics of an Oil-Free Refrigerating Rotary-Vane Compressor Operating in a Wet-Steam Environment
2025 · D. Kh. Sadvakasov, N. A. Raykovskiy, et al. · Technical Physics Letters · 2
The analysis of development of oil-free bearing systems of high-speed compressor and rotary-type power units for mobile operating conditions
2022 · N. A. Raykovskiy · Omsk Scientific Bulletin Series Aviation-Rocket and Power Engineering · 2
The analysis of the effect of piston speed on the operation of a refrigeration compressor operating in the area of wet steam
2022 · D. Kh. Sadvakasov, G. I. Chernov, et al. · Omsk Scientific Bulletin Series Aviation-Rocket and Power Engineering · 2
The method for studying temperature deformations of self-lubricating bearing friction units of high-temperature low-flow turbine
2019 · N. A. Raykovskiy, V. L. Yusha, et al. · Omsk Scientific Bulletin Series Aviation-Rocket and Power Engineering · 2
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Developing of Computational Investigation Methodology of Newtonian Fluid in the Crescent-shaped Gap of Turbogenerator Oil-free Bearing
2015 · N.A. Raykovskiy, V.L. Yusha, et al. · Procedia Engineering · 2
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Ensuring efficient operation of the heat exchange equipment of the complex gas treatment plant
2023 · I. A. Yanvarev, A. D. Vanyashov, et al. · AIP conference proceedings · 1
Research method of high-temperature low-flow turbine units self-lubricating bearing friction units temperature deformations
2019 · N. A. Raykovskiy, V. L. Yusha, et al. · AIP conference proceedings · 1
A method of measuring friction surface temperature of the rotating rotor
2016 · Nikolay A. Raykovskiy, Sergey A. Abramov, et al. · Dynamics of Systems Mechanisms and Machines · 1
Investigation of the Influence of Working Chamber Design Schemes on the Tribological Characteristics of Nonlubricated Rotary Vane Machines
2026 · N. A. Raykovskiy, D. Kh. Sadvakasov, et al. · Journal of Machinery Manufacture and Reliability
Influence of Coolant Properties on the Energy Efficiency of a Refrigerator with Wet Vapor Compression
2025 · D. Kh. Sadvakasov, N. A. Raykovskiy, et al. · Russian Engineering Research
Experimental study of tribological characteristics of promising self-lubricating materials for high-speed friction units
2023 · N. A. Raikovskiy, A. M. Kalashnikov · Omsk Scientific Bulletin Series Aviation-Rocket and Power Engineering
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Analysis of the uncertainty factors influence on the mathematical modelling of propane compression in the wet vapor region
2023 · D. H. Sadvakasov, G. I. Chernov, et al. · AIP conference proceedings
Experimental study of friction power in rotary vane machines
2020 · N. A. Raykovskiy, V. L. Yusha, et al. · AIP conference proceedings
Theoretical Estimation of Thermal Deformations of Non-Lubricated Bearings of Low-Flow Turbocharger Units
2019 · N.A. Raykovskiy, V.L. Yusha, et al. · Proceedings of Higher Educational Institutions Маchine Building
Research of temperature deformations of selflubricating tapered bearings of low-consumption rotor units
2019 · N. A. Raykovskiy, V. L. Yusha, et al. · Omsk Scientific Bulletin
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Numerical calculation of heat transfer coefficient in cooled crescent gap of self-lubricating bearing
2019 · N. A. Raykovskiy, V. A. Zakharov, et al. · Omsk Scientific Bulletin
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Experimental study of heat transfer in crescent channel of self-lubricating bearing of a turbine
2019 · N.A. Raykovskiy, V.L. Yusha, et al. · Systems Methods Technologies
Verification of a Numerical Technique for Investigating the Flow of a Cooling Medium in a Crescent-Shaped Gap of the Self-Lubricating Bearing of a Turbine Unit
2017 · N. A. Raykovskiy, V. L. Yusha, et al. · Chemical and Petroleum Engineering
Constructional Design of Polymeric Cooled Bearings
2016 · N.A. Raykovskiy, V.L. Yusha, et al. · Procedia Engineering
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Works count: 24
Citation count: 33
H-index: 3
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