employee
Bryansk, Bryansk, Russian Federation
The technology of finish plasma strengthening (FPS) with the multi-layer nano-coating of the Si-O-CN system as applied to the friction surface strengthening in spherical journal bearings is considered. This method relates to the processes of tubeless chemical precipitation of coatings at atmosphere pressure with the use of volatile fluids of element-organic compounds and gas environment with the simultaneous activation of a surface by electroarc plasma. The essence and distinguishing features of FPS are analyzed. Tribological characteristics of an applied wear resistant antifriction coating are investigated which stipulate for wear resistance increase in spherical journal bearings.
wear resistance, multi-layer antifriction coating, friction surface, spherical journal bearing, plasma strengthening.
1. Gorlenko, А.О., Shupikov, I.L., Topolyansky, P.А., Topolyansky, А.P. Modification of part work surfaces by strengthening coating application // Metal Processing. 2012. - № 2 (68). - pp. 31 - 36.
2. Gorlenko, А.О. Wear resistance assurance in friction surfaces by controlled technological effect/ А.О. Gorlenko, V.P. Matlakhov // Bulletin of BSTU. - 2007. - №2. - pp. 10 - 15.
3. Gorlenko, А.О. Modeling of contact interaction and wear of friction cylindrical surfaces / А.О. Gorlenko, V.P. Matlakhov // Friction and Lubrication in Machinery and Mechanisms. - 2007. - №8 - pp. 1 - 9.
4. Gorlenko, А.О. Tribotechnical tests normalization for data base creation for wear resistance one-stage technological assurance / А.О. Gorlenko, М.I. Prudnikov // Friction and Lubrication in Machines and Mechanisms. - №9. - 2008. - pp. 7 - 13.
5. Gorlenko, А.О. Tribitechnical tests of part surfaces by normalized method. Reference Book. / А.О. Gorlenko, M.I. Prudnikov // Reference Book. Engineering Journal. Appendix. - 2009. - № 10. - pp. 22 - 24.
6. Suslov, А.G. , Dalsky, А.М. Scientific Fundamentals of Engineering Techniques. М.: Mechanical Engineering, 2001. - pp. 684.
