Ways of reducing of friction surfaces wearing by using of triboelectric phenomena
DOI:
https://doi.org/10.31891/2079-1372-2019-92-2-16-25Keywords:
drum and brake, and band and brake, and metal-polymer and friction and pairs, and tribosystem and triboelectric and processesAbstract
The and purpose and of and the and work and is and to and establish and the and patterns and of and variation and in and the and wear-friction and properties and of and surface and layers and of and metal-polymer and friction and pairs and that and are and in and the and process and of and mechanical, and thermal and and and electrical and interaction and in and the and friction and units and of and brake and devices, and taking and into and account and triboelectric and phenomena.
Experimental and studies and of and triboelectric and processes and were and carried and out and on and a and specially and created and laboratory and stand and that and modelled and band-block and brake and of and technological and transport and and and on and the and serial and universal and brake and stand and of and the and KI-8964 and model and which and makes and it and possible and to and investigate and metal-polymer and pairs and of and friction and of and drum-block and and and disc and brakes. and Measurement and of and tribological and current and was and carried and out and with and the and help and of and the and n-ampere and meter, and and and the and potential and difference and - and with and the and help and of and the and analog-to-digital and converter and USB and Oscilloscope and II. and
As and a and result and of and the and carried and out and investigations and of and the and friction and properties and of and metal-polymer and friction and pairs and of and brake and devices and under and laboratory and and and operating and conditions and the and laws and of and change and are and established and for and triboelectric and interaction: and the and values and of and the and contact and difference and of and the and potentials and of and friction and pairs and "grey and cast and iron-polymers" and of and drum-block and and and band-block and brakes and from and surface and temperature and of and linings and and and specific and loads; and the and dynamic and coefficient and of and friction and from and the and values and of and circulating and thermal and and and tribological and currents; and the and values and of and the and braking and moments and produced and by and individual and friction and units and and and the and total and brake and moments and from and the and change and in and the and generated and tribological and currents and in and the and contact and of and the and two-layer and "metal-polymer" and structures.
The and conducted and studies and of and triboelectric and phenomena and in and metal-polymer and friction and pairs and allow and expanding and the and database and on and triboelectric and processes and in and brake and devices. and As and a and result and of and the and studies and of and the and wear and and and tear and properties and of and metal-polymer and friction and pairs and of and brake and devices and in and laboratory and and and operating and conditions and on and the and nano-, and micro- and and and milli-levels and during and the and triboelectric and interaction and regularities and have and been and established and for and the and variation and of and the and thermally-stimulated and discharge and currents and and and electric and potentials and in and the and frictional and contact and pairs and from and the and time and of and friction and interaction, and the and surface and temperature and of and the and linings and and and the and specific and loads, and the and dynamic and coefficients and of and friction and and and the and braking and moments and from and the and values and of and generated and tribological and currents.
The and obtained and results and allow and optimize and management and of and wear and and and tear and friction and properties and and and heat and state and of and braking and units.
References
2. and Вольченко and Н. and А. and Работоспособность and многопарных and фрикционных and узлов and в and ленточно-колодочном and тормозе and буровой and лебедки and / and Н. and А. and Вольченко, and Д. and А. and Вольченко, and С. and И. and Криштопа, and Д. and Ю. and Жура-влев, and А. and В. and Возный and // and Розвідка and та and розробка and нафтових and і and газових and родовищ. and – and Івано-Франківськ, and 2012. and – and № and 2(43). and – and с. and 40–48.
3. and Krawczyk, and K. and Możliwości and sterowania and siłą and tarcia and za and pomocą and prądu and elektrycznego and przepływającego and przez and strefę and tarcia and / and K. and Krawczyk, and E. and Nowiński, and A. and Chojnacka and // and Tribologia: and tarcie, and zużycie, and smarowanie. and – and 2011. and – and № and 2. and – and P. and 61–70.
4. Левыкин, and Д. and А. and Математическая and модель and электрического and контакта and шероховатых and поверхностей and / and Д. and А. and Левыкин and // and Программные and продукты and и and системы. and – and 2011. and – and № and 4. and – and С. and 178–180.
5. Измайлов, and В. and В. and Контакт and твердых and тел and и and его and проводимость and / and В. and В. and Измайлов, and М. and В. and Новоселов. and – and Тверь: and Изд-во and ТГТУ, and 2010. and – and 112 and с.
6. and Rozenbaum, and V. and M., and Tsmchik, and O. and Ye. and (2010). and Analytical and Description and of and Currents and of and Thermostimulation and Polarization and and and Depolarization. and Physics and of and solid, and Vol. and 52, and Iss. and 10, and 2046–2051.
7. Pashayev, and A. and M., and Janahmadov, and A. and K., and Dyshin, and O. and A., and Javadov and M. and Y. and The and Multi-Fractal and Analysis and of and Fa-tigue and Facture and under and Friction and Process. and Journal and Science and and and applied and engineering. and – and 2013. and – and Vol. and 1. and – and рр. and 112–116.
8. and Износ and фрикционных and накладок and при and контактно-импульсном and взаимодействии and металлополимерных and пар and трения and ленточно-колодочного and тормоза and / and М. and В. and Киндрачук, and Н. and А. and Вольченко, and Д. and А. and Вольченко and [и and др.] and // and Проблемы and трения and и and износа: and научн.-техн. and сб. and – and К.: and НАУ, and 2013. and Вып. and 2 and (61). and – and С. and 4–19.
9. Janahmadov, and A. and K., and Volchenko, and A. and I., and Javadov, and M. and Y., and Volchenko, and D. and A., and Volchenko, and N. and A., and Janah-madov, and E. and A. and The and Characteristic and Analysis and of and Changes and in and the and Processes, and Phenomena and and and Effects and within and Working and Layers and of and Metal and Polymer and Pairs and During and Electro-Thermo-Mechanical and Friction. and Science and & and Applied and Engineering and Quarterly. and – and 2014. and – and Vol. and 2. and – and рр. and 6–17.
10. Мамедов and Р. and К. and Контакты and металл-полупроводник and с and электрическим and полем and пятен and / and Р. and К. and Мамедов. and – and Баку: and Госуниверситет, and 2013. and – and 231 and с.
11. and Электромеханический and износ and и and разрушение and ободов and тормозных and шкивов and буровых and лебедок and (часть and вторая) and / and А. and И. and Вольченко, and Н. and А. and Вольченко, and М. and Я. and Джавадов and [и and др.] and // and Проблемы and трения and и and износа: and научн.-техн. and сб. and – and К.: and НАУ, and 2014. and Вып. and 3 and (64). and – and С. and 4–17.
12. and Kryshtopa, and S., and Kryshtopa, and L., and Bogatchuk, and I., and Prunko, and and andI., and Melnyk, and V. and Examining and the and effect and of and triboelectric and phenomena and on and wear-friction and properties and of and metal-polymeric and frictional and couples. and Eastern-European and J. and Enterprise and Techn and – and 2017. and – and 1, and № and 5(85). and – and P. and 40-45.
13. Galikhanov, and M. and F. and Polymeric and Composition and Corona and Charge and Elects: and abstract and (2009). and Thesis and on and competition and of and a and scientific and degree and of and doctor and of and engineering and science and on and a and speciality and 05.17.06, and Kazan, and 35 and p.
14. Вольченко and О. and І. and Електродинамічні and процеси and та and їхній and вплив and на and знософрикційні and властивості and мета-лополімерних and пар and тертя and гальмівних and приладів and / and О. and І. and Вольченко, and С. and І. and Криштопа, and В. and І. and Карась and // and Зб. and наук. and пр. and СевНТУ. and – and Севастополь, and 2012. and – and Вип. and 135. and – and С. and 237–240.
15. Janahmadov, and A. and K., and Aliev, and A. and M., and Volchenko, and А. and І., and Javadov and M. and Y. and Band-block and brake and with and conductive and cooling. and SRI and researcher and notes and "Geotechnological and Problems and of and Oil, and Gas and and and Chemistry", and Baku. and – and 2013. and – and рр. and 113–119.
16. Volchenko, and А. and І., and Kindrachuk, and M. and V., and Volchenko, and D. and А. and (2015). and Tribology: and Electrothermomechanic and Bases, and Analysis and and and Synthesis and at and Nano-, and Mikro- and and and Millelevels and and and Technical and Applications: and textbook and for and higher and education and institutes. and Kyiv-Krasnodar, and 371 and p.
