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A. G. Kusyy

Observed names: A. G Kusyy, A. G. Kusyi, A.G. Kusyiy, A.G. Kusyy, Andrey G. Kusyy, Andrey Kusyy, А.Г. Кусый
ORCID: 0000-0003-3713-0450
Observed ORCID: 0000-0003-3713-0450
OpenAlex ID: A5041798337
Deep Learning Approach for Pitting Corrosion Detection in Gas Pipelines
2024 · Ivan Malashin, Vadim Tynchenko, et al. · Sensors · 45
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Investigating the Detectability of Surface Volumetric Defects in Ultrasonic Testing with the Use of Rayleigh Waves Generated by an Electromagnetic-Acoustic Transducer
2021 · N. P. Aleshin, N. V. Krysko, et al. · Russian Journal of Nondestructive Testing · 19
Studying Applicability of TOFD Technique to Inspection of Welded Joints in Polyethylene Pipes
2020 · N. P. Aleshin, L. Yu. Mogilner, et al. · Russian Journal of Nondestructive Testing · 17
Assessing Reliability of Testing Welded Joints of Steel Tank Walls Using Ultrasonic and Eddy Current Methods
2022 · N. P. Aleshin, L. Yu. Mogilner, et al. · Russian Journal of Nondestructive Testing · 8
Classification and Sizing of Surface Defects in Pipelines Based on the Results of Combined Diagnostics by Ultrasonic, Eddy Current, and Visual Inspection Methods of Nondestructive Testing
2023 · N. V. Krysko, S. V. Skrynnikov, et al. · Russian Journal of Nondestructive Testing · 7
Possibilities for Testing Welded Joints of the Walls of Steel Tanks Using Ultrasonic and Eddy Current Methods
2022 · N. P. Aleshin, L. Yu. Mogilner, et al. · Russian Journal of Nondestructive Testing · 7
On Use of Slots in Modelling Cracks in Ultrasonic Testing
2022 · N. P. Aleshin, L. Yu. Mogil’ner, et al. · Russian Journal of Nondestructive Testing · 6
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Identification and localization of pitting corrosion on metallic surface using deep learning
2024 · N. V. Krysko, N. A. Shchipakov, et al. · CIS Iron and Steel Review · 5
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Исследование выявляемости поверхностных плоскостных дефектов ультразвуковым методом с применением волн Рэлея
2021 · Н.П. Алешин, Н.В. Крысько, et al. · Дефектоскопия · 5
Determining parameters of surface defects in the base metal of pipelines using results of complex diagnostics
2025 · N.V. Krysko, S.V. Skrynnikov, et al. · Computer Optics · 4
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Studying Detectability of Plane Surface Defects by Ultrasonic Method Using Rayleigh Waves
2021 · N. P. Aleshin, N. V. Krysko, et al. · Russian Journal of Nondestructive Testing · 4
Исследование выявляемости поверхностных объемных дефектов при ультразвуковом контроле с применением волн Рэлея, генерируемых электромагнитно-акустическим преобразователем
2021 · Н.П. Алешин, Н.В. Крысько, et al. · Дефектоскопия · 4
Experimental Study of Diffraction of Elastic Waves on Crack Model
2021 · N. P. Aleshin, N. V. Krysko, et al. · Russian Journal of Nondestructive Testing · 3
Об использовании пазов для моделирования трещин при ультразвуковой дефектоскопии
2022 · Н.П. Алешин, Л.Ю. Могильнер, et al. · Дефектоскопия · 2
Classification and sizing of surface defects of pipelines based on the results of complex diagnostics by ultrasonic, eddy current and visual and measuring methods of nondestructive testing
2023 · N. V Krysko, S. V Skrynnikov, et al. · Дефектоскопия · 1
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Interaction of Elastic Vibrations with the Object’s Surface in Acoustic Nondestructive Monitoring
2020 · N. P. Aleshin, M. V. Grigor’ev, et al. · Russian Engineering Research · 1
Inspection of Hidden Areas of Small-diameter Steel Pipes using Ultrasonic Flaw Detection
2023 · N.A. Shchipakov, N.V. Krysko, et al. · Occupational Safety in Industry
Television Inspection and Pitting Corrosion Recognition in Gas Pipelines Using Deep Neural Network
2023 · Nikolay Krysko, Nikita Shchipakov, et al. · SSRN Electronic Journal
Эскпериментальное исследование дифракции упругих волн на модели трещины
2021 · Н.П. Алешин, Н.В. Крысько, et al. · Дефектоскопия
Исследование применимости технологии TOFD для контроля сварных соединений труб из полиэтилена
2020 · Н.П. Алешин, Л.Ю. Могильнер, et al. · Дефектоскопия
Modeling the interaction of a beam of elastic vibrations with the surface of an object under acoustic non-destructive testing
2020 · N.P. Aleshin, M.V. Grigorev, et al.
Works count: 22
Citation count: 144
H-index: 6
I10-index: 3
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