Publication detail
Wear of Gas-flame Composite Coatings with Tungsten and Nickel Matrix. Part I. Abrasive Wear
M. KANDEVA, P. SVOBODA, ZH. KALITCHIN, T. PENYASHKI, G. KOSTADINOV
English title
Wear of Gas-flame Composite Coatings with Tungsten and Nickel Matrix. Part I. Abrasive Wear
Type
journal article in Web of Science
Language
en
Original abstract
The object of the study is the characteristics of wear and wear-resistance of composite powder coatings, deposited by means of supersonic flame stream (or high velocity oxygen fuel spraying HVOF). Two types of coatings have been obtained – a group of powder composites based on tungsten matrix and a second group based on nickel matrix, whereupon each group includes coatings having different sizes of the powder particles. The coatings have been tested in two cases – in case of abrasion and in case of erosion.
English abstract
The object of the study is the characteristics of wear and wear-resistance of composite powder coatings, deposited by means of supersonic flame stream (or high velocity oxygen fuel spraying HVOF). Two types of coatings have been obtained – a group of powder composites based on tungsten matrix and a second group based on nickel matrix, whereupon each group includes coatings having different sizes of the powder particles. The coatings have been tested in two cases – in case of abrasion and in case of erosion.
Keywords in English
High Velocity Oxygen-Fuel (HVOF) coatings, tribology, abrasion wear, erosion wear.
Released
01.07.2019
Publisher
SCIBULCOM LTD
Location
BULGARIA
ISSN
1311-5065
Volume
20
Number
2
Pages from–to
811–822
Pages count
12
BIBTEX
@article{BUT157500,
author="Petr {Svoboda},
title="Wear of Gas-flame Composite Coatings with Tungsten and Nickel Matrix. Part I. Abrasive Wear",
year="2019",
volume="20",
number="2",
month="July",
pages="811--822",
publisher="SCIBULCOM LTD",
address="BULGARIA",
issn="1311-5065"
}