Instytut Podstawowych Problemów Techniki
Polskiej Akademii Nauk

Partnerzy

T.I. Zhylenko


Ostatnie publikacje
1.  Haponova O., Tarelnyk V., Zhylenko T., Tarelnyk N., Sarzhanov O., Melnyk V., Vlasovets V., Pavlovskyy S., Okhrimenko V., Tkachenko A., Improvement of Quality Parameters of Surface Layers of Steel Parts after Aluminizing by Electrospark Alloying. Pt. 1. Features of the Structural State of Steel Surfaces after Aluminizing, Metallofizika i Noveishie Tekhnologii, ISSN: 1024-1809, DOI: 10.15407/mfint.45.12.1449, Vol.45, No.12, pp.1449-1472, 2023

Streszczenie:
The structure formation and properties of the surface layers of steel parts after alloying by traditional technologies and the method of electrospark alloying (ESA) is analysed in the article. As a result of the study of the productivity of the ESA process by aluminium electrode-tool, which is one of the important parameters of the ESA technology, reserves are revealed for improving the quality of the surface layers of steel parts during aluminizing. Two options for reducing productivity in relation to the traditional are studied: the first one, when productivity is reduced by ≅ 2 times; the second one, when performance is reduced by ≅ 4 times. As established, in the first variant, when the discharge energy increases from 0.52 to 6.8 J, at the first stage of aluminizing of steel 20 and steel 40, the thickness of the ‘white’ layer from 20 to 75 and from 25 to 110 μm, respectively; the thickness of the diffusion zone increases from 35 to 120 and from 40 to 140 μm, respectively; the microhardness of the ‘white layer’ increases from 2200 to 7400 and from 2400 to 7450 MPa, respectively; the surface roughness Ra increases from 1.1 to 9.0 and from 1.0 to 8.1 μm, respectively, and the continuity increases from 80 to 100% starting with Wp = 4.6 J and from 60 to 100% at Wp = 6.8 J. In the second variant, when the discharge energy increases from 0.52 to 6.8 J, at the first stage of processing steel 20 and steel 40, the thickness of the ‘white’ layer increases for steel 20 from 25 to 60 μm at Wp = 4.6 J, and then it doesn’t change for steel 40 from 30 to 100 μm; the thickness of the diffusion zone increases from 45 to 130, respectively; the microhardness of the ‘white layer’ increases from 2250 to 7300 and from 2450 to 7300 MPa, respectively; the surface roughness Ra increases from 1.3 to 9.0 and from 1.6 to 8.1 μm, respectively, and the continuity for both steel 20 and steel 40 at Wp = 0.52 J is of 95% and further increases to 100%.

Słowa kluczowe:
electrospark alloying, aluminizing, productivity, surface layer, structure, roughness, microhardness, thickness of the white layer, coating continuity

Afiliacje autorów:
Haponova O. - inna afiliacja
Tarelnyk V. - inna afiliacja
Zhylenko T. - inna afiliacja
Tarelnyk N. - inna afiliacja
Sarzhanov O. - inna afiliacja
Melnyk V. - inna afiliacja
Vlasovets V. - inna afiliacja
Pavlovskyy S. - inna afiliacja
Okhrimenko V. - inna afiliacja
Tkachenko A. - inna afiliacja
40p.

Prawa ochronne
Numer/data zgłoszenia
Ogłoszenie o zgłoszeniu
Twórcy
Rodzaj i tytuł chronionego dobra intelektualnego
Kraj objęcia ochroną, Podmioty uprawnione
Numer prawa ochronnego
Ogłoszenie o udzieleniu
pdf
u 2022 04564
2022-12-05
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Haponova O., Tarelnyk N.V., Tarelnyk V.B., Zhylenko T.I., Myslyvchenko O.M., Okhrimenko V.O., Holub N.R.
wzór użytkowy
Method for increasing the wear resistance of the working surfaces of steel rings of pulsed mechanical seals subject to radiation irradiation
UA, Sumski Uniwersytet Państwowy
153145
Biuletyn 21
2023-05-24
u 2022 04557
2022-12-05
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Haponova O., Tarelnyk V.B., Zhylenko T.I., Tarelnyk N.V.
wzór użytkowy
The method of alitising steel parts
UA, Tarelnyk N.V.
153741
Biuletyn 34
2023-08-23
u 2022 04554
2022-12-02
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Tarelnyk N.V., Haponova O., Zhylenko T.I., Furmańczyk P., Hoffman Jacek
wzór użytkowy
The method of alitising steel parts
UA, Tarelnyk N.V.
153740
Biuletyn 34
2023-08-23
u 2022 03922
2022-10-19
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Haponova O., Tarelnyk N.V., Tarelnyk V.B., Zhylenko T.I., Myslyvchenko O.M., Dudchenko V.V., Holub N.R.
wzór użytkowy
Method for increasing the wear resistance of steel parts of equipment operating under radiation exposure
UA, Sumski Uniwersytet Państwowy
152967
Biuletyn 18
2023-05-03

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