EXPERIMENTALLY-STATISTICAL MODEL OF CLADDING LAYER FORMATION PROCESS ON SLIDE-WAYS

The developed experimentally-statistical model of the cladding composite layer formation process on slide-ways allows to operate technological modes of cladding by flexible instrument (CFI) in order to obtain the set properties of a coating (thickness, continuity, adhesion strength).The established...

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Main Author: N. N. Maksimchenko
Format: Article
Language:Russian
Published: Belarusian National Technical University 2010-04-01
Series:Наука и техника
Online Access:https://sat.bntu.by/jour/article/view/539
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author N. N. Maksimchenko
author_facet N. N. Maksimchenko
author_sort N. N. Maksimchenko
collection DOAJ
description The developed experimentally-statistical model of the cladding composite layer formation process on slide-ways allows to operate technological modes of cladding by flexible instrument (CFI) in order to obtain the set properties of a coating (thickness, continuity, adhesion strength).The established optimum technological modes of CFI process providing formation of continuous, strongly adhered to a basis composite coatings of the required thickness have been used for applying coatings on working surfaces of slide-ways of metal-cutting machine tool beds that has allowed to lower friction factor in coupling on the average by 1.3–1.7-fold and to improve uniformity of slow moving of machine tool units by 1.74-fold in comparison with slide-ways without a coating.
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publisher Belarusian National Technical University
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series Наука и техника
spelling doaj-art-295aaf2bf41d47f591d7c1168a5d2c8c2025-08-20T02:36:07ZrusBelarusian National Technical UniversityНаука и техника2227-10312414-03922010-04-01022428532EXPERIMENTALLY-STATISTICAL MODEL OF CLADDING LAYER FORMATION PROCESS ON SLIDE-WAYSN. N. Maksimchenko0Объединенный институт машиностроения НАН БеларусиThe developed experimentally-statistical model of the cladding composite layer formation process on slide-ways allows to operate technological modes of cladding by flexible instrument (CFI) in order to obtain the set properties of a coating (thickness, continuity, adhesion strength).The established optimum technological modes of CFI process providing formation of continuous, strongly adhered to a basis composite coatings of the required thickness have been used for applying coatings on working surfaces of slide-ways of metal-cutting machine tool beds that has allowed to lower friction factor in coupling on the average by 1.3–1.7-fold and to improve uniformity of slow moving of machine tool units by 1.74-fold in comparison with slide-ways without a coating.https://sat.bntu.by/jour/article/view/539
spellingShingle N. N. Maksimchenko
EXPERIMENTALLY-STATISTICAL MODEL OF CLADDING LAYER FORMATION PROCESS ON SLIDE-WAYS
Наука и техника
title EXPERIMENTALLY-STATISTICAL MODEL OF CLADDING LAYER FORMATION PROCESS ON SLIDE-WAYS
title_full EXPERIMENTALLY-STATISTICAL MODEL OF CLADDING LAYER FORMATION PROCESS ON SLIDE-WAYS
title_fullStr EXPERIMENTALLY-STATISTICAL MODEL OF CLADDING LAYER FORMATION PROCESS ON SLIDE-WAYS
title_full_unstemmed EXPERIMENTALLY-STATISTICAL MODEL OF CLADDING LAYER FORMATION PROCESS ON SLIDE-WAYS
title_short EXPERIMENTALLY-STATISTICAL MODEL OF CLADDING LAYER FORMATION PROCESS ON SLIDE-WAYS
title_sort experimentally statistical model of cladding layer formation process on slide ways
url https://sat.bntu.by/jour/article/view/539
work_keys_str_mv AT nnmaksimchenko experimentallystatisticalmodelofcladdinglayerformationprocessonslideways