About wear of metal materials loaded by sliding friction and by electric current of high density

M.I. Aleutdinova, V.V. Fadin, A.V. Kolubaev
Received: 27 February 2014; Revised: 10 April 2014; Accepted: 16 June 2014
This paper is written in Russian
Citation: M.I. Aleutdinova, V.V. Fadin, A.V. Kolubaev. About wear of metal materials loaded by sliding friction and by electric current of high density. Letters on Materials, 2014, 4(3) 149-152
BibTex   DOI: 10.22226/2410-3535-2014-3-149-152

Abstract

Unlubricated sliding of metals and steels has been realized under influence of electric current at contact density higher 100 A/cm2. It is shown that materials containing a lot of chemical elements or crystal phases in initial structure form light deteriorated layer of friction induced structures. This lead to low wear resistance of contact compared with contact of simple metals.

References (6)

1.
L.I. Tushinsky, Yu.P. Poteryaev. Problems of materialsscience in tribology. Novosibirsk:NETI. (1991) 64 p. (inRussian). [Л.И. Тушинский, Ю.П. Потеряев. Проблемыматериаловедения в трибологии. Новосибирск:НЭТИ. (1991) 64 с.]
2.
Friction, wear and lubricant (tribology and tribotechnics)/A.V.Chichinadze et al. – M.:Mashinostroenie. (2003) 576p. (in Russian) [Трение, износ и смазка (трибология итриботехника). Чичинадзе А.В. и др.; Под общ .ред.А.В.Чичинадзе. М.:Машиностроение. (2003) 576 с.]
3.
A.V. Bely, V.A. Kukareko, V.E. Rubtsov, A.V. KolubaevPhis. Mesomech. 5 (1), 51 (2002). (in Russian) [А.В.Белый, В.А. Кукареко, В.Е. Рубцов, А.В. Колубаев.Физ. мезомех. 5 (1), 51 (2002).]
4.
Physics bases of plastic deformation. Polukhin P.I.et al. Moscow:Metallurgy. (1982) 584 p. (in Russian)[Физические основы пластической деформации.Учебное пособие для вузов. Полухин П.И. и др. М.:Металлургия. (1982) 584 с.]
5.
M.I. Aleutdinova, V.V. Fadin. Materialovedenie. 3, 31(2013). (in Russian) [М.И. Алеутдинова, В.В. Фадин.Материаловедение. 3, 31 (2013).]
6.
A.M. Gleser, L.S. Metlov. Solid state physics. 6, 1090(2010). (in Russian) [А.М. Глезер, Л.С. Метлов. ФТТ. 6,1090 (2010).]