ELASTO-PLASTIC DEFORMATION OF COMPOSITE POWDERS WITH LAYERED CARBON AND CARBIDE-FORMING ELEMENT COATING

ELASTO-PLASTIC DEFORMATION OF COMPOSITE POWDERS WITH LAYERED CARBON AND CARBIDE-FORMING ELEMENT COATING

Coating structure formation under magnetron spraying of titanium and carbon cathodes and combined cathodes, namely cobalt (EP 131) – nickel, tungsten – carbon have been investigated under conditions of carbide separate synthesis within the temperature range of 650–1200 °C. Usage of cobalt and nickel...

Full description

Bibliographic Details
Main Authors: V. N. Kovalevsky, S. V. Grigoriev, S. V. Kovalevskaya, A. E. Zhuk, A. V. Rulkevich, I. V. Fomikhina
Format: Article
Language:Russian
Published: Belarusian National Technical University 2012-02-01
Series:Nauka i Tehnika
Online Access:https://sat.bntu.by/jour/article/view/272
id doaj-30a835a85fe14db89aac0b7d1879e141
record_format Article
spelling doaj-30a835a85fe14db89aac0b7d1879e1412021-07-29T08:29:30ZrusBelarusian National Technical UniversityNauka i Tehnika2227-10312414-03922012-02-0101510265ELASTO-PLASTIC DEFORMATION OF COMPOSITE POWDERS WITH LAYERED CARBON AND CARBIDE-FORMING ELEMENT COATINGV. N. Kovalevsky0S. V. Grigoriev1S. V. Kovalevskaya2A. E. Zhuk3A. V. Rulkevich4I. V. Fomikhina5Belarusian National Technical UniversityBelarusian National Technical UniversityBelarusian National Technical UniversityBelarusian National Technical UniversityPowder Metallurgy Institute of the NAS of BelarusBelarusian National Technical UniversityCoating structure formation under magnetron spraying of titanium and carbon cathodes and combined cathodes, namely cobalt (EP 131) – nickel, tungsten – carbon have been investigated under conditions of carbide separate synthesis within the temperature range of 650–1200 °C. Usage of cobalt and nickel particles as matrix material leads to their rapid thermal expansion under heating during sintering process in the dilatometer. Subsequent plastic deformation of sintered samples provides obtaining a composite powder material that is a composite with framing structure of cobalt, titanium and tungsten carbides in the coatings.https://sat.bntu.by/jour/article/view/272
collection DOAJ
language Russian
format Article
sources DOAJ
author V. N. Kovalevsky
S. V. Grigoriev
S. V. Kovalevskaya
A. E. Zhuk
A. V. Rulkevich
I. V. Fomikhina
spellingShingle V. N. Kovalevsky
S. V. Grigoriev
S. V. Kovalevskaya
A. E. Zhuk
A. V. Rulkevich
I. V. Fomikhina
ELASTO-PLASTIC DEFORMATION OF COMPOSITE POWDERS WITH LAYERED CARBON AND CARBIDE-FORMING ELEMENT COATING
Nauka i Tehnika
author_facet V. N. Kovalevsky
S. V. Grigoriev
S. V. Kovalevskaya
A. E. Zhuk
A. V. Rulkevich
I. V. Fomikhina
author_sort V. N. Kovalevsky
title ELASTO-PLASTIC DEFORMATION OF COMPOSITE POWDERS WITH LAYERED CARBON AND CARBIDE-FORMING ELEMENT COATING
title_short ELASTO-PLASTIC DEFORMATION OF COMPOSITE POWDERS WITH LAYERED CARBON AND CARBIDE-FORMING ELEMENT COATING
title_full ELASTO-PLASTIC DEFORMATION OF COMPOSITE POWDERS WITH LAYERED CARBON AND CARBIDE-FORMING ELEMENT COATING
title_fullStr ELASTO-PLASTIC DEFORMATION OF COMPOSITE POWDERS WITH LAYERED CARBON AND CARBIDE-FORMING ELEMENT COATING
title_full_unstemmed ELASTO-PLASTIC DEFORMATION OF COMPOSITE POWDERS WITH LAYERED CARBON AND CARBIDE-FORMING ELEMENT COATING
title_sort elasto-plastic deformation of composite powders with layered carbon and carbide-forming element coating
publisher Belarusian National Technical University
series Nauka i Tehnika
issn 2227-1031
2414-0392
publishDate 2012-02-01
description Coating structure formation under magnetron spraying of titanium and carbon cathodes and combined cathodes, namely cobalt (EP 131) – nickel, tungsten – carbon have been investigated under conditions of carbide separate synthesis within the temperature range of 650–1200 °C. Usage of cobalt and nickel particles as matrix material leads to their rapid thermal expansion under heating during sintering process in the dilatometer. Subsequent plastic deformation of sintered samples provides obtaining a composite powder material that is a composite with framing structure of cobalt, titanium and tungsten carbides in the coatings.
url https://sat.bntu.by/jour/article/view/272
work_keys_str_mv AT vnkovalevsky elastoplasticdeformationofcompositepowderswithlayeredcarbonandcarbideformingelementcoating
AT svgrigoriev elastoplasticdeformationofcompositepowderswithlayeredcarbonandcarbideformingelementcoating
AT svkovalevskaya elastoplasticdeformationofcompositepowderswithlayeredcarbonandcarbideformingelementcoating
AT aezhuk elastoplasticdeformationofcompositepowderswithlayeredcarbonandcarbideformingelementcoating
AT avrulkevich elastoplasticdeformationofcompositepowderswithlayeredcarbonandcarbideformingelementcoating
AT ivfomikhina elastoplasticdeformationofcompositepowderswithlayeredcarbonandcarbideformingelementcoating
_version_ 1721255629705707520

Similar Items