Search Results - "NALIMOV, Yu. S"

Effect of Combined Ion-Plasma Thermocyclic Nitriding and Magnetic Abrasive Treatment on the Fatigue Resistance of the EK61 Alloy by Nalimov, Yu. S., Maiboroda, V. S., Rutkovskyi, A. V., Kononuchenko, O. V.

“…Improving the fatigue resistance characteristics of parts subjected to alternating loads is an urgent problem that can be solved in various ways. One promising…”
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The Effect of Ion-Plasma Thermocyclic Nitriding on Fatigue Resistance of EK61 Alloy by Nalimov, Yu. S., Maiboroda, V. S., Rutkovskyi, A. V.

“…Improving the properties of the surface layer of the material of structural parts of machines and mechanisms by various methods of technological processing is…”
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Effect of Complex Magnetic-Abrasive and Chemical-Thermal Treatment on the Fatigue Resistance of VT8 Alloy Compressor Blades by Nalimov, Yu. S., Maiboroda, V. S., Dzhulii, D. Yu, Teslyuk, M. M.

“…The results of studies of the effect of complex magnetic-abrasive (MAT) and chemical-thermal (CTT) treatment on the fatigue resistance of compressor blades…”
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Effect of Ion-Plasma Thermocyclic Nitriding on the Fatigue Resistance of ChS70VI Alloy by Nalimov, Yu. S., Rutkovskii, A. V., Kisilevskaya, S. G., Kumurzhi, A. Yu, Teslyuk, N. N.

“…The paper considers one of the topical problems of the targeted control of the properties of the material of products in the zones under critical loads, which…”
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Effect of Complex Magnetic-Abrasive and Chemical/Thermal Treatment on VT9 Alloy Fatigue Resistance by Maiboroda, V. S., Nalimov, Yu. S., Solovar, A. N., Bobina, M. N., Teslyuk, N. N.

“…Different modes of complex magnetic-abrasive and chemical/thermal surface treatment for VT9 alloy specimens are discussed. Based on the obtained results of…”
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Effect of the microstructure of titanium alloys on the fatigue strength characteristics by Herasymchuk, O. M., Nalimov, Yu. S., Markovs’kyi, P. E., Terukov, A. V., Bondarchuk, V. I.

“…The fatigue test results and the mechanical characteristics in static tension are obtained for specimens of titanium alloys belonging to the known classes of…”
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Influence of surface defects and corrosive medium on the fatigue resistance of ST17G1S steel by GRYAZNOV, B. A, NALIMOV, Yu. S, RYABTSEV, V. E, GERASIMCHUK, O. N

“…We study the influence of surface defects and corrosive medium on the characteristics of fatigue resistance of specimens of ST17G1S steel extensively used for…”
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Fatigue strength of an (α+β)-type titanium alloy Ti-6Al-4V produced by the electron-beam physical vapor deposition method by GERASIMCHUK, O. N, SERGIENKO, G. A, BONDARCHUK, V. I, TERUKOV, A. V, NALIMOV, Yu. S, GRYAZNOV, B. A

“…The fatigue test results are presented for an (alpha + beta )-type titanium alloy Ti-6Al-4V in the form of two-layered smooth specimens (the first layer is a…”
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Cyclic strength of turbine blades made of cast nickel-based alloys by Troshchenko, V. T., Gryaznov, B. A., Malashenko, I. S., Nalimov, Yu. S., Rabinovich, A. A.

“…We study the cyclic strength and durability of service-exposed turbine blades made of IN-738, ZMI-3U, and EP539LM nickel alloys, some of them with a protective…”
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Substantiation of improved efficiency of electrodynamic excitation of vibration in fatigue testing of machine structural components by ZINKOVSKII, A. P, TOKAR', I. G, GRYAZNOV, B. A, VLASENKO, V. I, NALIMOV, Yu. S

“…The paper presents the results of investigation aimed at substantiating the approaches to choosing a scheme of fastening structural components to be fatigue…”
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Procedure and results of the investigation of full-scale lock joints of blades of compressors of gas-turbine engines for fretting fatigue by TSYBANEV, G. V, NALIMOV, Yu. S, GERASIMCHUK, O. N

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Analysis of failures of TK81/82/s02 valve actuators and recommendations concerning the possibility of elimination of breaks of valve spindles by KRASOVSKII, A. Ya, MAKOVETSKAYA, I. A, GRYAZNOV, B. A, GORODETSKII, S. S, NALIMOV, Yu. S, GOPKALO, E. E

“…We experimentally investigate the causes of failures of value actuators and, on the basis of the accumulated experimental data, construct a scheme of the…”
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A procedure for fatigue testing of shaft-sleeve glued connections by GRYAZNOV, B. A, GORODETSKII, S. S, KAKUEVITSKII, V. A, NALIMOV, Yu. S, GERASIMCHUK, O. N

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Fatigue strength of tubular structural elements under bending oscillations. Report 2. Fatigue strength of tubular structural members under programmed loading by GERASIMCHUK, O. N, GORODETSKII, S. S, GRYAZNOV, B. A, NALIMOV, YU. S

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Influence of thermomechanical and mechanical processing on the fatigue resistance of VT3-1 by IVASASHIN, O. M, MARKOVSKII, P. E, DNEPRENKO, V. N, BOGUSLAEV, V. A, NALIMOV, YU. S, GERASIMCHUK, O. N

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Effect of the types of surface treatment and multilayer coating of turbine blade bodies on their fatigue strength by Gryaznov, B. A., Maiboroda, V. S., Nalimov, Yu. S., Gerasimchuk, O. N., Kononuchenko, O. V., Kostenko, A. V.

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Fatigue strength of working blades of turbines and compressors repaired by welding by Gryaznov, B. A., Gorodetskii, S. S., Nalimov, Yu. S., Gerasimchuk, O. N.

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Fatigue strength and cyclic crack resistance of titanium alloy VT3-1 in different structural states. Communication 1. Study procedure and experimental results by Troshchenko, V. T., Gryaznov, B. A., Nalimov, Yu. S., Gerasimchuk, O. N., Ivasishin, O. M., Markovskii, P. E.

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Fatigue strength of tubular structural elements under bending oscillations. Report 1. Evaluation of the stress state of tubular structural elements and fatigue strength under regular loading by Gerasimchuk, O. N., Gorodetskii, S. S., Gryaznov, B. A., Nalimov, Yu. S.

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Fatigue strength and cyclic crack resistance of titanium alloy VT3-1 in different structural states. Communication 2. Procedure for considering the effect of structure on fatigue limit by Troshchenko, V. T., Gryaznov, B. A., Nalimov, Yu. S., Gerasimchuk, O. N., Ivasishin, O. M., Markovskii, P. E.

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