Wear-resistant material based on titanium carbide for friction assemblies.

G. Gurevich Yu.; V. B. Akimenko; N. P. Frage; L. M. Savinykh

Wear-resistant material based on titanium carbide for friction assemblies.

G. Gurevich Yu., V. B. Akimenko, N. P. Frage, L. M. Savinykh

Department of Materials Engineering

Research output: Contribution to journal › Article › peer-review

Abstract

Replacing R6M5 steel rollers with rollers made of a porous sintered titanium carbide body, impregnated with a corrosion resistant Kh8N10 steel melt saves 5 to 6 thousand roubles per annum per bar peeling lathe.

Original language	English
Journal	BOSTON SPA, U.K., B.L.L.D., 1982
Issue number	10 , 1981, p.77-78.) (M-16786)
State	Published - 1 Jan 1981

ASJC Scopus subject areas

General Engineering

Cite this

@article{2315662c252441ff8c37db54e356a795,

title = "Wear-resistant material based on titanium carbide for friction assemblies.",

abstract = "Replacing R6M5 steel rollers with rollers made of a porous sintered titanium carbide body, impregnated with a corrosion resistant Kh8N10 steel melt saves 5 to 6 thousand roubles per annum per bar peeling lathe.",

author = "{Gurevich Yu.}, G. and Akimenko, {V. B.} and Frage, {N. P.} and Savinykh, {L. M.}",

year = "1981",

month = jan,

day = "1",

language = "English",

journal = "BOSTON SPA, U.K., B.L.L.D., 1982",

number = "10 , 1981, p.77-78.) (M-16786)",

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T1 - Wear-resistant material based on titanium carbide for friction assemblies.

AU - Gurevich Yu., G.

AU - Akimenko, V. B.

AU - Frage, N. P.

AU - Savinykh, L. M.

PY - 1981/1/1

Y1 - 1981/1/1

N2 - Replacing R6M5 steel rollers with rollers made of a porous sintered titanium carbide body, impregnated with a corrosion resistant Kh8N10 steel melt saves 5 to 6 thousand roubles per annum per bar peeling lathe.

AB - Replacing R6M5 steel rollers with rollers made of a porous sintered titanium carbide body, impregnated with a corrosion resistant Kh8N10 steel melt saves 5 to 6 thousand roubles per annum per bar peeling lathe.

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M3 - Article

AN - SCOPUS:85040891312

JO - BOSTON SPA, U.K., B.L.L.D., 1982

JF - BOSTON SPA, U.K., B.L.L.D., 1982

IS - 10 , 1981, p.77-78.) (M-16786)

ER -

Wear-resistant material based on titanium carbide for friction assemblies.

Abstract

ASJC Scopus subject areas

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