Aulin V., Zamota T., Lysenko S., Hrynkiv A., Chernai A. Tribology transitions at running-in of friction surfaces conjugate parts.
Keywords:
runoff, friction torque, macrogeometry, contact of conjugate surfaces, effect unerringness.Abstract
Running-in is the process of difficult tribology transitions of surfaces of friction from the new state (after making or repair) to running-in one. Completion of running-in comes after stabilizing of basic tribotechnical descriptions of surfaces and parameters of process of friction. Testifies conformity to law of running-in that investigating flowing of processes is possible three basic methods: on measuring of moment of friction; at times passing of interface to the stable state; on descriptions of short-term changes of force of friction. Determination of basic conformities to law will allow to promote efficiency of running-in of friction surfaces of details of machines
References
1. Aulin V.V. Fizychni osnovy procesiv i staniv samoorganizacii' v trybotehnichnyh systemah: monografija. V.V. Aulin. Kirovograd: Vyd. Lysenko V.F., 2014. 370 s.
2. Didur V.A. Tribologicheskij podhod k normirovaniju zagrjaznennosti smazochnyh masel. V.A. Didur, A.V. Didur. Problema tribologii. Mezhdunarodnyj nauchnyj zhurnal: Hmel'nickij. 1996. №2. S.10-16..
3. Blau P.D. Model' prirabotki i drugih perehodnyh processov v trenii skol'zhenija. P.D. Blau. Problemy trenija i smazki. Trudy amerikanskogo obshhestva inzhenerov-mehanikov. 1988.- №2. S.108-116.
4. Bouden F. Trenie i smazka. F. Bouden, D. Tejbor [per. s angl.]. M.: Mashgiz, 1960. 152s.
5. Blau P.J., “ Interpretations of the Friction and Wear Break-in Behavior of Metals in Sliding Contact”. Wear, Vol.71, 1989, p.29-43.
6. Savchenko N.Z. Issledovanie kojefficienta trenija v processe prirabotki soprjazhennyh detalej dizel'nyh dvigatelej. / N.Z. Savchenko, I.A. Kravec, L.F. Voznjuk. Issledovanija po mehanizacii i jelektrifikacii sel'skogo hozjajstva: Sbornik. Vyp.19. Kiev: Izd-vo USHA, 1969. S.16-25.
7. Davis C.B., “Influence of Rougness and Oxidation of Wear of Lubricated Sliding Metal Surfaces”, Ann. N.Y. Acad. Sci., Vol.53, №4, 1951, p.919.
8. Davis F.A., and Eyre T.S. “ The effect of friction modifire on piston ring and cylinder bore friction and wear”. Tribology International, Vol.23, 1990, p. 163-172.
9. Rozhdestvenskij Ju.N. Opyt dovodki shatunnyh podshipnikov traktornyh dvigatelej tipa 8ChVN15/16. / Ju.N. Rozhdestvenskij, M.K. Ahtamov, B.K. Baljuk, L.N. Faleev. Dvigatelestroenie. 1988. №8. S.51-53.
10. Rowe G.W., “Surface Topographic Changes at Breakdown of Thin- film Lubrication”, Wear, Vol.28, 1974, p.125.
11. Ruff A.W., and Blau P.J., “Studies of Microscopic Aspects to Wear Processes in Metals”. Nat. Bur. of Standards, Report № NBSIR-80-2058, 1980.
12. Spalvins T., and Buzek B. “Frictional and Morphological Characteristics of Ion-plated Soft Metallic Films”. Thin Solid Films, Vol. 84, №3,1981., p.266.
13. Alekseev V.P. Jelektrohimiko-mehanicheskaja makroprirabotka detalej. V.P. Alekseev. Monografija. Lugansk: Jelton-2, 2011. 204s.
14. Alan S. Brown. Flat, Cheap, and Under Control. IEEE Spectrum. January 2005. pp.40-45.
15. L. Economikos, X. Wang, A. Sakamoto, P. Ong, M. Naujok, R. Knarr, L. Chen, Y. Moon, S. Neo, J. Salfelder, A. Duboust, A. Manens, W. Lu, S. Shrauti, F. Liu, S. Tsai, W. Swart. Integrated Electro-Chemical Mechanical Planarization (ECMP) for Future Generation Device Technology. IEEE, 2004. pp.233-235.
16. Yuan-Long Chen, Shu-Min Zhu, Shuo-Jen Lee and other. The technology combined electrochemical mechanical polishing. Journal of Materials Processing Technology 140 (2003). pp.203-205.
17. Yung-Fu Wu, Tzu-Hsuan Tsai. Effect of organic acids on copper chemical mechanical polishing. Microelectronic Engineering (2007). pp.1-9.
18. Feng Gao. Tribo-electrochemical characterization of tantalum during electrochemical-mechanical polishing (ECMP): diss. …PhD. Mechanical Engineering. Texas A&M University. 2010. 145p.
19. Peter J. Blau. On the nature of running– in. Tribology International 38 (2005). pp.1007-1012.
20. Canhua Li, Ishwara B. Bhat, Rongjun Wang, Joseph Seiler. Electro-Chemical Mechanical Polishing of Silicon Carbide. Journal of Electronic Materials, Vol.33, №5, 2004. pp.481-486.
21. L. Economikos, X. Wang, A. Sakamoto, P. Ong, M. Naujok, R. Knarr, L. Chen, Y. Moon, S. Neo, J. Salfelder, A. Duboust, A. Manens, W. Lu, S. Shrauti, F. Liu, S. Tsai, W. Swart. Integrated Electro-Chemical Mechanical Planarization (ECMP) for Future Generation Device Technology. IEEE, 2004. pp.233-235.
22. Yair Ein-Eli, David Starosvetsky. Review on copper chemical-mechanical polishing (CMP) and post– CMP cleaning in ultra large system integrated (ULSI)– An electrochemical perspective. Electrochimica Acta 52 (2007). pp.1825-1838.
2. Didur V.A. Tribologicheskij podhod k normirovaniju zagrjaznennosti smazochnyh masel. V.A. Didur, A.V. Didur. Problema tribologii. Mezhdunarodnyj nauchnyj zhurnal: Hmel'nickij. 1996. №2. S.10-16..
3. Blau P.D. Model' prirabotki i drugih perehodnyh processov v trenii skol'zhenija. P.D. Blau. Problemy trenija i smazki. Trudy amerikanskogo obshhestva inzhenerov-mehanikov. 1988.- №2. S.108-116.
4. Bouden F. Trenie i smazka. F. Bouden, D. Tejbor [per. s angl.]. M.: Mashgiz, 1960. 152s.
5. Blau P.J., “ Interpretations of the Friction and Wear Break-in Behavior of Metals in Sliding Contact”. Wear, Vol.71, 1989, p.29-43.
6. Savchenko N.Z. Issledovanie kojefficienta trenija v processe prirabotki soprjazhennyh detalej dizel'nyh dvigatelej. / N.Z. Savchenko, I.A. Kravec, L.F. Voznjuk. Issledovanija po mehanizacii i jelektrifikacii sel'skogo hozjajstva: Sbornik. Vyp.19. Kiev: Izd-vo USHA, 1969. S.16-25.
7. Davis C.B., “Influence of Rougness and Oxidation of Wear of Lubricated Sliding Metal Surfaces”, Ann. N.Y. Acad. Sci., Vol.53, №4, 1951, p.919.
8. Davis F.A., and Eyre T.S. “ The effect of friction modifire on piston ring and cylinder bore friction and wear”. Tribology International, Vol.23, 1990, p. 163-172.
9. Rozhdestvenskij Ju.N. Opyt dovodki shatunnyh podshipnikov traktornyh dvigatelej tipa 8ChVN15/16. / Ju.N. Rozhdestvenskij, M.K. Ahtamov, B.K. Baljuk, L.N. Faleev. Dvigatelestroenie. 1988. №8. S.51-53.
10. Rowe G.W., “Surface Topographic Changes at Breakdown of Thin- film Lubrication”, Wear, Vol.28, 1974, p.125.
11. Ruff A.W., and Blau P.J., “Studies of Microscopic Aspects to Wear Processes in Metals”. Nat. Bur. of Standards, Report № NBSIR-80-2058, 1980.
12. Spalvins T., and Buzek B. “Frictional and Morphological Characteristics of Ion-plated Soft Metallic Films”. Thin Solid Films, Vol. 84, №3,1981., p.266.
13. Alekseev V.P. Jelektrohimiko-mehanicheskaja makroprirabotka detalej. V.P. Alekseev. Monografija. Lugansk: Jelton-2, 2011. 204s.
14. Alan S. Brown. Flat, Cheap, and Under Control. IEEE Spectrum. January 2005. pp.40-45.
15. L. Economikos, X. Wang, A. Sakamoto, P. Ong, M. Naujok, R. Knarr, L. Chen, Y. Moon, S. Neo, J. Salfelder, A. Duboust, A. Manens, W. Lu, S. Shrauti, F. Liu, S. Tsai, W. Swart. Integrated Electro-Chemical Mechanical Planarization (ECMP) for Future Generation Device Technology. IEEE, 2004. pp.233-235.
16. Yuan-Long Chen, Shu-Min Zhu, Shuo-Jen Lee and other. The technology combined electrochemical mechanical polishing. Journal of Materials Processing Technology 140 (2003). pp.203-205.
17. Yung-Fu Wu, Tzu-Hsuan Tsai. Effect of organic acids on copper chemical mechanical polishing. Microelectronic Engineering (2007). pp.1-9.
18. Feng Gao. Tribo-electrochemical characterization of tantalum during electrochemical-mechanical polishing (ECMP): diss. …PhD. Mechanical Engineering. Texas A&M University. 2010. 145p.
19. Peter J. Blau. On the nature of running– in. Tribology International 38 (2005). pp.1007-1012.
20. Canhua Li, Ishwara B. Bhat, Rongjun Wang, Joseph Seiler. Electro-Chemical Mechanical Polishing of Silicon Carbide. Journal of Electronic Materials, Vol.33, №5, 2004. pp.481-486.
21. L. Economikos, X. Wang, A. Sakamoto, P. Ong, M. Naujok, R. Knarr, L. Chen, Y. Moon, S. Neo, J. Salfelder, A. Duboust, A. Manens, W. Lu, S. Shrauti, F. Liu, S. Tsai, W. Swart. Integrated Electro-Chemical Mechanical Planarization (ECMP) for Future Generation Device Technology. IEEE, 2004. pp.233-235.
22. Yair Ein-Eli, David Starosvetsky. Review on copper chemical-mechanical polishing (CMP) and post– CMP cleaning in ultra large system integrated (ULSI)– An electrochemical perspective. Electrochimica Acta 52 (2007). pp.1825-1838.
Downloads
Published
2018-07-03
How to Cite
Аулин, В. В., Замота, Т. Н., Лысенко, С. В., Гринькив, А. В., & Чернай, А. Е. (2018). Aulin V., Zamota T., Lysenko S., Hrynkiv A., Chernai A. Tribology transitions at running-in of friction surfaces conjugate parts. Problems of Tribology, 86(4), 87–96. Retrieved from https://tribology.khnu.km.ua/index.php/ProbTrib/article/view/644
Issue
Section
Articles
