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Ekaterina M. Kuleshova

Observed names: E M Kuleshova, E. M. Kuleshova, E.M. Kuleschova, E.M. Kuleshova
ORCID: 0000-0002-4239-3805
Observed ORCID: 0000-0002-4239-3805
OpenAlex ID: A5006762537
Evaluation of the influence of lubricant quality on dynamic performance and resource of involute gears
2020 · S A Polyakov, E M Kuleshova, et al. · IOP Conference Series Materials Science and Engineering · 9
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The Kinetics of Load-Bearing Capacity Formation of Sliding Pairings in the Use of Nanomodified Lubricants
2019 · S. A. Polyakov, L. I. Kuksenova, et al. · Journal of Friction and Wear · 4
Evaluation of Dynamic Parameters and Improvement of Wear Resistance of Involute Gears when Using Film-Forming Lubricants
2023 · S.A. Polyakov, L.I. Kuksenova, et al. · Trenie i Iznos · 1
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The determination of the dependence of the wear intensity on the load by the results of tribotechnical tests using film-forming lubricants
2020 · E.M. Kuleshova · 1
Influence of the Lubricant Type on the Energy Efficiency Indices of Involute Gears
2019 · S. A. Polyakov, E. M. Kuleshova, et al. · Bulletin of Science and Technical Development · 1
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Study of Dynamic Adaptation of a Copper Alloy Structure to Friction Conditions in a Nanomodified Lubricant Environment
2026 · S. A. Polyakov, E. M. Kuleshova, et al. · Journal of Friction and Wear
Synergistic Method for Control of Dissipative Processes in Tribosystem
2026 · Ekaterina M. Kuleshova, Sergey A. Polyakov · Springer proceedings in physics
Estimating the Load Capacity of a Worm Gear Based on the Analysis of Frictional Oscillations of a High-Speed Shaft
2025 · S. A. Polyakov, E. M. Kuleshova, et al. · Journal of Friction and Wear
Estimation of the Load Capacity of a Worm Gear Based on the Analysis of Frictional Vibrations of a High-Speed Shaft
2025 · S.A. Polyakov, E.M. Kuleshova, et al. · Trenie i Iznos
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Method of Experimental Modeling of Contact Interaction in a Worm–Worm Wheel Pair
2024 · E. M. Kuleshova, S. A. Polyakov, et al. · Inorganic Materials Applied Research
Method of experimental modeling of contact interaction in a worm – worm wheel pair
2024 · Ekaterina M. Kuleshova, Sergey A. Polyakov, et al. · Industrial laboratory Diagnostics of materials
Evaluation of Dynamic Parameters and Improvement of Wear Resistance of Involute Gears when Using Film-Forming Lubricants
2023 · S. A. Polyakov, L. I. Kuksenova, et al. · Journal of Friction and Wear
Adaptation of the Structure of Subsurface Layers of Antifriction Copper Alloys during Friction with Various Lubricants
2022 · S. A. Polyakov, L. I. Kuksenova, et al. · Journal of Friction and Wear
Adaptation of the Structure of Near-Surface Layers of Antifriction Copper Alloys during Friction with Various Lubricants
2022 · S.A. Polyakov, L.I. Kuksenova, et al. · Trenie i Iznos
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Analysis of the relationship between improving the performance of worm gear sliding bearings and the use of fi lm-forming lubricants
2021 · E.M. Kuleshova, S.A. Polyakov
Evaluation of the dynamics and probability of jamming of heavy-loaded sliding pairings with different lubricants
2021 · S.A. Polyakov, L.I. Kuksenova, et al.
Evaluation of the infl uence of the evolution of the worm gear dynamics on the parameters of the technical condition during operation
2021 · E.M. Kuleshova
Analysis of the dynamics of tribotechnical failures in worm gears and methods for their prevention
2021 · S.A. Polyakov, E.M. Kuleshova
Evaluation of the involute gear resource by the fatigue failure criteria and possible ways to improve the calculation method
2020 · S.A. Polyakov, A.V. Medovshchikov, et al.
Assessment of worm gears life with changes in the wear intensity and the rate of growth of the dynamic coefficient when using film-forming additives
2020 · E.M. Kuleshova, S.A. Polyakov
Analysis of the Influence of Lubricant on Contact Interaction and Nonlinear Vibrations in Involute Gears
2020 · S.A. Polyakov, E.M. Kuleshova, et al. · Bulletin of Science and Technical Development
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The Influence of Lubricant for Index of Capacity for Work of Worm
2018 · L.I. Kuksenova, S.A. Poljakov, et al. · Bulletin of Science and Technical Development
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Works count: 22
Citation count: 16
H-index: 2
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