The Tribological Investigations of Multicomponent Multilayered Ion-Plasma Coatings Avinit

The friction and wear characteristics of sliding friction in conditions of boundary lubrication for coatings, received by ion-plasma method on the heat resistant deformed alloy of АК4-1 type are investigated. Conducted tribological studies of improved designs of multi-component multilayer coatings A...

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Main Authors: A. Sagalovych, V. Sagalovych, A. Kononyhin, V. Popov, A. Lubchenko, A. Olejnik
Format: Article
Language:English
Published: University of Kragujevac 2011-06-01
Series:Tribology in Industry
Subjects:
Online Access:http://www.tribology.fink.rs/journals/2011/2011-2/5.pdf
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author A. Sagalovych
V. Sagalovych
A. Kononyhin
V. Popov
A. Lubchenko
A. Olejnik
author_facet A. Sagalovych
V. Sagalovych
A. Kononyhin
V. Popov
A. Lubchenko
A. Olejnik
author_sort A. Sagalovych
collection DOAJ
description The friction and wear characteristics of sliding friction in conditions of boundary lubrication for coatings, received by ion-plasma method on the heat resistant deformed alloy of АК4-1 type are investigated. Conducted tribological studies of improved designs of multi-component multilayer coatings Avinit in fuel TS-1 media selecting coating materials for precision friction pairsof hydraulical units. Coatings are very effective in increasing the stability of the pair to bores cuffing teasers. Improved coatings have low friction coefficients (0.075 - 0.095) at loads up to 2.0 kN and showed high resistance to wear. More over relative stability increasing achieve 20-80 times, and contrabody wear decrease of 4-5 times.
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spelling doaj.art-3ac5f3de45bf425ab4fc4850586b35ae2022-12-21T21:09:09ZengUniversity of KragujevacTribology in Industry0354-89962217-79652011-06-013327986The Tribological Investigations of Multicomponent Multilayered Ion-Plasma Coatings AvinitA. SagalovychV. SagalovychA. KononyhinV. PopovA. LubchenkoA. OlejnikThe friction and wear characteristics of sliding friction in conditions of boundary lubrication for coatings, received by ion-plasma method on the heat resistant deformed alloy of АК4-1 type are investigated. Conducted tribological studies of improved designs of multi-component multilayer coatings Avinit in fuel TS-1 media selecting coating materials for precision friction pairsof hydraulical units. Coatings are very effective in increasing the stability of the pair to bores cuffing teasers. Improved coatings have low friction coefficients (0.075 - 0.095) at loads up to 2.0 kN and showed high resistance to wear. More over relative stability increasing achieve 20-80 times, and contrabody wear decrease of 4-5 times.http://www.tribology.fink.rs/journals/2011/2011-2/5.pdfvacuum-plasma coatingsnanolayers and multilayerscoatingstribology
spellingShingle A. Sagalovych
V. Sagalovych
A. Kononyhin
V. Popov
A. Lubchenko
A. Olejnik
The Tribological Investigations of Multicomponent Multilayered Ion-Plasma Coatings Avinit
Tribology in Industry
vacuum-plasma coatings
nanolayers and multilayers
coatings
tribology
title The Tribological Investigations of Multicomponent Multilayered Ion-Plasma Coatings Avinit
title_full The Tribological Investigations of Multicomponent Multilayered Ion-Plasma Coatings Avinit
title_fullStr The Tribological Investigations of Multicomponent Multilayered Ion-Plasma Coatings Avinit
title_full_unstemmed The Tribological Investigations of Multicomponent Multilayered Ion-Plasma Coatings Avinit
title_short The Tribological Investigations of Multicomponent Multilayered Ion-Plasma Coatings Avinit
title_sort tribological investigations of multicomponent multilayered ion plasma coatings avinit
topic vacuum-plasma coatings
nanolayers and multilayers
coatings
tribology
url http://www.tribology.fink.rs/journals/2011/2011-2/5.pdf
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