Examining of triboelectric phenomena on wear properties of metal-polymeric frictional couples
DOI:
https://doi.org/10.31891/2079-1372-2019-92-2-25-32Keywords:
metal-polymeric frictional couples, drum-shoe brake, disc brake, tribosystem, triboelectric processesAbstract
The influence of triboelectric phenomena on the wear-friction properties of microasperities contacts of friction couples of drum – shoe brakes was explored. As a result of the conducted research into the wear-friction properties of metal-polymeric frictional couples of braking devices under laboratory and operational conditions at the nano-, micro- and millilevel during triboelectric interaction, the regularities of changes were established:
- of magnitudes of the contact difference of potentials of frictional couples "grey cast iron – polymers" of the drum-shoe brake on the surface temperature of linings and specific loads;
-of circulating thermal and tribocurrents on the time of friction interaction of frictional couples "cast iron – polymers" and "steel – polymers" at different sliding velocities;
- of generated tribocurrents in the contact of two-layered structures "steel – polymer" and circulating tribocurrents through the three-layered structure "steel – polymer – steel" on the surface temperatures
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3. Shatskyi, I., Ropyak, L., Makoviichuk, M. (2016) Strength Optimization of a Two-Layer Coating for the Particular Local Loading Conditions. Strength of Materials, Vol. 48, Iss. 5, 726–730.
4. Dreus, A. Yu., Kozhevnikov, A. A., Sudakov, A. K., Vakhalin, Yu. N. (2016). Study on Thermal Strength Reduction of Rock Formation in the Diamond Core of Drilling Process Using Pulse Flushing Mode. Naukovy visnyk Natsional'noho Hirnychoho Unyversytetu, 3, 5–10.
5. Krawczyk, K., Nowiński, E., Chojnacka, A. (2011). Możliwości sterowania siłą tarcia za pomocą prądu elektrycznego przepływającego przez strefę tarcia. Tribologia: tarcie, zużycie, smarowanie, 2, 61–70.
6. Hang, Y., Yur, J., Chou, H. (2006). Trib-electrification Mechanisms for Self Matedcarbon Steels in Dry Severe Wear Process. Wear, Vol. 260, Iss. 11–12, 1209–1216.
7. Janahmadov, A. K., Volchenko, A. I., Javadov, M. Y., Volchenko, D. A., Volchenko, N. A., Janahmadov, E. A. (2014). The Characteristic Analysis of Changes in the Processes, Phenomena and Effects within Working Layers of Metal Polymer Pairs During Electro-Thermo-Mechanical Friction. Science & Applied Engineering Quarterly, 2, 6–17.
8. Volchenko, А. I., Volchenko, N. А., Dzhavadov, M. Ya. (2014). Electro Mechanics Wear and Destruction of Brake Wheel Rims of Drilling Hoists (part second). Problems of Friction and Wear: Collected Scientific Engineering Papers, 3, 4–17.
9. Volchenko, А. I., Volchenko, N. А., Poliakov, P. А. (2011). Tribochemistry Processes and Phenomena in Superficial Layers of Brake Devices. Bulletin SevNTU: Collected Scientific Engineering Papers, 121, 177–179.
10. Mamedov, R. K. Contacts of Metal-Semiconductor with Electric Field of Spots. (2013). Baku: State University, 231 p.
11. Galikhanov, M. F. Polymeric Composition Corona Charge Elects: abstract (2009). Thesis on competition of a scientific degree of doctor of engineering science on a speciality 05.17.06, Kazan, 35 p.
12. Levykin, D. A. (2011) Mathematical Model of Electric Contact of Rough Surfaces. Software products and systems, 4, 178 – 180.
13. Kindrachuk, M. V., Volchenko, Н. А., Volchenko, D. А. (2013). Wear of Friction Protective Straps at Contact-Impulsive Co-operation of Metal Polymer Friction Pairs of Band-Block Brake. Problems of Friction and Wear: Collected Scientific Engineering Papers, 2, 4–19.
14. Izmaylov, V. V., Novoselov, M. V. (2010). Contact of Solids and its Conductivity. Tver: university press TSTU, 112 p.
15. Rozenbaum, V. M., Tsmchik, O. Ye. (2010) Analytical Description of Currents of Thermostimulation Polarization and Depolarization. Physics of solid, Vol. 52, Iss. 10, 2046 – 2051.
16. Volchenko, А. І., Kindrachuk, M. V., Volchenko, D. А. (2015). Tribology: Electrothermomechanic Bases, Analysis and Synthesis at Nano-, Mikro- and Millelevels and Technical Applications: textbook for higher education institutes. Kyiv-Krasnodar, 371 p.
17. Janahmadov A. K., Aliev, A. M., Volchenko, А. І., Javadov M. Y. (2013). Band-block brake with conductive cooling. // SRI researcher notes "Geotechnological Problems of Oil, Gas and Chemistry". – Baku, 2013. – P. 113–119.
18. Pashayev A. M., Janahmadov A. K., Dyshin O. A., Javadov M. Y. The Multi-Fractal Analysis of Fatigue Facture under Friction Process. / A. M. Pashayev, A. K. Janahmadov, O. A. Dyshin, M. Y. Javadov // Journal Science and applied engineering. – UK, Issue 01, 2013.– Р. 112–116.
19. Pashayev A.M., Janahmadov A.Kh., Javadov N.G., Javadov M.Y. The Multifractal Analysis of Fatigue Fracture under Friction Process. // WTC 2013, 5th World Tribology Congress. – Torino, Italy, September, 8–13, 2013.
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Published
2019-07-29
How to Cite
Kryshtopa, S., Kryshtopa, L., Kozak, F., & Maslennikov, M. (2019). Examining of triboelectric phenomena on wear properties of metal-polymeric frictional couples. Problems of Tribology, 24(2/92), 25–32. https://doi.org/10.31891/2079-1372-2019-92-2-25-32
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