INCREASING THE EFFICIENCY OF THE ALLOYED LAYER FORMATION WHEN HARDENING TUNGSTEN CARBIDE WITH COMBINED METHODS

INCREASING THE EFFICIENCY OF THE ALLOYED LAYER FORMATION WHEN HARDENING TUNGSTEN CARBIDE WITH COMBINED METHODS

This article describes the research aimed at improving the tungsten carbide durability with the help of spark alloying methods, arc welding and laser processing. The paper presents the formation of the alloyed layer thickness of more than 1400 mm with gradient transition properties. The parameters o...

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Main Authors: Mr. Anatoly D. Verkhoturov, Mr. Yaroslav A. Vostrikov, Mr. Anton A. Rybalkin, Ms. Alina O. Gnatik
Format: Article
Language:Russian
Published: Komsomolsk-na-Amure State Technical University 2016-12-01
Series:Učenye Zapiski Komsomolʹskogo-na-Amure Gosudarstvennogo Tehničeskogo Universiteta
Subjects:
electric spark alloying
the surface layer
hard alloy
wear resistance
micro hardness
arc welding
laser melting
combined methods
Online Access:http://www.uzknastu.ru/files/pdf/28/1/11.pdf
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record_format Article
spelling doaj-db1639be45e747328a29b9a852defbce2020-11-24T22:40:33ZrusKomsomolsk-na-Amure State Technical UniversityUčenye Zapiski Komsomolʹskogo-na-Amure Gosudarstvennogo Tehničeskogo Universiteta2076-43592222-52182016-12-0111788710.17084/2016.IV-1(28).112016-28-1-11INCREASING THE EFFICIENCY OF THE ALLOYED LAYER FORMATION WHEN HARDENING TUNGSTEN CARBIDE WITH COMBINED METHODSMr. Anatoly D. Verkhoturov0Mr. Yaroslav A. Vostrikov1Mr. Anton A. Rybalkin2Ms. Alina O. Gnatik3Institute of Water and Environmental Problems of Far East Branch of the Russian Academy of ScienceFar Eastern State Transport UniversityKomsomolsk-on-Amur state technical universityKomsomolsk-on-Amur state technical universityThis article describes the research aimed at improving the tungsten carbide durability with the help of spark alloying methods, arc welding and laser processing. The paper presents the formation of the alloyed layer thickness of more than 1400 mm with gradient transition properties. The parameters of the islet coating formation for durability improvement by laser processing are represented.http://www.uzknastu.ru/files/pdf/28/1/11.pdfelectric spark alloyingthe surface layerhard alloywear resistancemicro hardnessarc weldinglaser meltingcombined methods
collection DOAJ
language Russian
format Article
sources DOAJ
author Mr. Anatoly D. Verkhoturov
Mr. Yaroslav A. Vostrikov
Mr. Anton A. Rybalkin
Ms. Alina O. Gnatik
spellingShingle Mr. Anatoly D. Verkhoturov
Mr. Yaroslav A. Vostrikov
Mr. Anton A. Rybalkin
Ms. Alina O. Gnatik
INCREASING THE EFFICIENCY OF THE ALLOYED LAYER FORMATION WHEN HARDENING TUNGSTEN CARBIDE WITH COMBINED METHODS
Učenye Zapiski Komsomolʹskogo-na-Amure Gosudarstvennogo Tehničeskogo Universiteta
electric spark alloying
the surface layer
hard alloy
wear resistance
micro hardness
arc welding
laser melting
combined methods
author_facet Mr. Anatoly D. Verkhoturov
Mr. Yaroslav A. Vostrikov
Mr. Anton A. Rybalkin
Ms. Alina O. Gnatik
author_sort Mr. Anatoly D. Verkhoturov
title INCREASING THE EFFICIENCY OF THE ALLOYED LAYER FORMATION WHEN HARDENING TUNGSTEN CARBIDE WITH COMBINED METHODS
title_short INCREASING THE EFFICIENCY OF THE ALLOYED LAYER FORMATION WHEN HARDENING TUNGSTEN CARBIDE WITH COMBINED METHODS
title_full INCREASING THE EFFICIENCY OF THE ALLOYED LAYER FORMATION WHEN HARDENING TUNGSTEN CARBIDE WITH COMBINED METHODS
title_fullStr INCREASING THE EFFICIENCY OF THE ALLOYED LAYER FORMATION WHEN HARDENING TUNGSTEN CARBIDE WITH COMBINED METHODS
title_full_unstemmed INCREASING THE EFFICIENCY OF THE ALLOYED LAYER FORMATION WHEN HARDENING TUNGSTEN CARBIDE WITH COMBINED METHODS
title_sort increasing the efficiency of the alloyed layer formation when hardening tungsten carbide with combined methods
publisher Komsomolsk-na-Amure State Technical University
series Učenye Zapiski Komsomolʹskogo-na-Amure Gosudarstvennogo Tehničeskogo Universiteta
issn 2076-4359
2222-5218
publishDate 2016-12-01
description This article describes the research aimed at improving the tungsten carbide durability with the help of spark alloying methods, arc welding and laser processing. The paper presents the formation of the alloyed layer thickness of more than 1400 mm with gradient transition properties. The parameters of the islet coating formation for durability improvement by laser processing are represented.
topic electric spark alloying
the surface layer
hard alloy
wear resistance
micro hardness
arc welding
laser melting
combined methods
url http://www.uzknastu.ru/files/pdf/28/1/11.pdf
work_keys_str_mv AT mranatolydverkhoturov increasingtheefficiencyofthealloyedlayerformationwhenhardeningtungstencarbidewithcombinedmethods
AT mryaroslavavostrikov increasingtheefficiencyofthealloyedlayerformationwhenhardeningtungstencarbidewithcombinedmethods
AT mrantonarybalkin increasingtheefficiencyofthealloyedlayerformationwhenhardeningtungstencarbidewithcombinedmethods
AT msalinaognatik increasingtheefficiencyofthealloyedlayerformationwhenhardeningtungstencarbidewithcombinedmethods
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