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A.S. Strakhov

Observed names: A. S. Strakhov, Alexandr S. STRAKHOV, Strakhov, Alexandr, А.С. Страхов, Страхов, А.С.
ORCID: 0000-0002-6817-4619
Observed ORCID: 0000-0002-6817-4619
OpenAlex ID: A5042941307
A Method for Monitoring the Condition of Rotor Windings in Induction Motors during Startup Based on Stator Current
2020 · A. N. Nazarychev, E. M. Novoselov, et al. · Russian Journal of Nondestructive Testing · 5
Experimental and analytical determination of the diagnostic feature of induction motor rotor winding defects
2018 · E.M. Novoselov, V.A. Savelyev, et al. · Vestnik IGEU · 5
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Evaluation of the possibility of using the radial component of external magnetic field for induction motor diagnostics
2018 · E.M. Novoselov, V.A. Savelyev, et al. · Vestnik IGEU · 4
Condition Assessment of Power Plant Motors Using a Set of Diagnostic Methods
2023 · A. N. Nazarychev, A. S. Strakhov, et al. · Power Technology and Engineering · 3
Method of condition monitoring of rotor windings of the medium voltage induction motors of power plant auxiliaries in start-up modes
2019 · E.M. Novoselov, D.A. Polkoshnikov, et al. · Vestnik IGEU · 3
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Experimental Determination of Diagnostic Signs of Damage to the Rotor Windings of High-Voltage Power Plant Motors in Startup Mode
2020 · A. N. Nazarychev, E. M. Novoselov, et al. · Russian Journal of Nondestructive Testing · 2
On the possibility of monitoring the condition of induction motors with a variable speed drive by spectral analysis method
2024 · A.N. Nazarychev, M.A. Zakharov, et al. · Vestnik IGEU · 1
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Метод контроля состояния обмоток роторов асинхронных электродвигателей при пуске по току статора
2020 · А.Н. Назарычев, Е.М. Новоселов, et al. · Дефектоскопия · 1
Экспериментальное определение диагностических признаков повреждения обмоток роторов высоковольтных двигателей электростанций в режиме пуска
2020 · А.Н. Назарычев, Е.М. Новоселов, et al. · Дефектоскопия · 1
Diagnostic of rotor windings of induction motors in rundown mode using an external magnetic field
2026 · M.A. Zakharov, A.S. Strakhov, et al. · Vestnik IGEU
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The influence of frequency converter settings on the stator current spectrum of an asynchronous motor with rotor winding fault
2026 · M.A. Zakharov, A.S. Strakhov, et al. · Vestnik IGEU
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Application of Frequency Converter for Examining Induction Motors by Means of Stator Current Spectral Analysis
2026 · M. A. Zakharov, A. S. Strakhov, et al. · Russian Electrical Engineering
Method for Determining the Dynamic Eccentricity of Induction Motors During Run-Down
2025 · A. N. Nazarychev, D. A. Polkoshnikov, et al. · Power Technology and Engineering
Application of frequency converter to examine induction motors using spectral analysis method of stator current
2025 · M.A. Zakharov, A.S. Strakhov, et al. · Vestnik IGEU
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A Study of the Signal of the External Magnetic Field of an Asynchronous Electric Motor in the Run-Down Mode
2025 · A. N. Nazarychev, D. A. Polkoshnikov, et al. · Russian Electrical Engineering
Study of the external magnetic field signal of an asynchronous electric motor in run-down mode
2024 · A.N. Nazarychev, D.A. Polkoshnikov, et al. · Vestnik IGEU
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Разработка Агента Функциональной Верификации Для Схемы Управления И Доступа К Ацп Последовательного Приближения
2021 · А.С. Страхов, Е.С. Васильев, et al. · Nanoindustry Russia
Assessing the Consequences of Induction Motor Failures Caused by Broken Bars of Squirrel-Cage Rotor Windings
2021 · Alexandr N. NAZARYCHEV, Alexandr S. STRAKHOV, et al. · Elektrichestvo
Evaluation of the reliability of the induction motor slip determination by rotor eccentricity harmonics
2015 · A.N. Nazarychev, A.S. Strakhov, et al. · Vestnik IGEU
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Works count: 21
Citation count: 25
H-index: 3
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