G.S. Pisarenko Institute for Problems of Strength of the National Academy of Sciences of Ukraine
01014, 2 Timiryazevs’ka Str., Kiyv, Ukraine
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METHOD OF NON-CONTACT MEASUREMENT OF THE DEFORMATION AMPLITUDE OF ACCUMULATED OPERATIONAL DAMAGE TO METAL STRUCTUREGeorgy Pysarenko, Oleksandr Voinalovich, Andriy Maylo, Stepan Pysarenko Keywords: damage of metal structures, deformation microrelief of the surface, coherent optical scanning, microplastic deformation of the surface
Pysarenko, G., Voinalovich, O., Maylo, A., & Pysarenko, S.
(2021).
METHOD OF NON-CONTACT MEASUREMENT OF THE DEFORMATION AMPLITUDE OF ACCUMULATED OPERATIONAL DAMAGE TO METAL STRUCTURE.
Machinery & Energetics,
12(3),
25-32.
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MODERN METHODS OF INVESTIGATING MULTIPLE DAMAGE IN CONSTRUCTION MATERIALS AND FORECASTING LONGNESSGeorgy Pysarenko, Oleksandr Voinalovich, Andriy Maylo Keywords: multiple damage, damage accumulation, construction materials, Hurst index
Pysarenko, G., Voinalovich, O., & Maylo, A.
(2019).
MODERN METHODS OF INVESTIGATING MULTIPLE DAMAGE IN CONSTRUCTION MATERIALS AND FORECASTING LONGNESS.
Machinery & Energetics,
10(2),
63-69.
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REGULARITIES OF ACCUMULATION OF NON-SCALED DAMAGE IN SURFACE LAYERS OF CONSTRUCTION MATERIALSGeorgy Pysarenko, Oleksandr Voinalovich, Andriy Maylo Keywords: fatigue, inelasticity, scattered damage, microplastic deformation, bifurcation points
Pysarenko, G., Voinalovich, O., & Maylo, A.
(2018).
REGULARITIES OF ACCUMULATION OF NON-SCALED DAMAGE IN SURFACE LAYERS OF CONSTRUCTION MATERIALS.
Machinery & Energetics,
(282),
208-218.
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A methodical approach to determining the damage characteristics of cyclically loaded samples of metal structuresGeorgy Pysarenko, Oleksandr Voinalovich, Andriy Maylo, Stepan Pysarenko Keywords: fatigue of metals and alloys, correlational analysis, microplastic deformation of the surface, deformation microrelief, photometric scanning
Pysarenko, G., Voinalovich, O., Maylo, A., & Pysarenko, S.
(2022).
A methodical approach to determining the damage characteristics of cyclically loaded samples of metal structures.
Machinery & Energetics,
13(4),
28-37.
https://doi.org/10.31548/machenergy.13(4).2022.28-37
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