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All issues Volume 264 (2021) E3S Web Conf., 264 (2021) 05055 References
Open Access
Issue
E3S Web Conf.
Volume 264, 2021
International Scientific Conference “Construction Mechanics, Hydraulics and Water Resources Engineering” (CONMECHYDRO - 2021)
Article Number 05055
Number of page(s) 13
Section Engineering Materials Science, Intelligent Transport Systems and Transport Logistics
DOI https://doi.org/10.1051/e3sconf/202126405055
Published online 02 June 2021
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  2. Negmatov S.S., Abed N.S., Gulyamov G., Eshkobilov O.Kh. Investigation of the effect of temperature and electric charge on the coefficient of friction of a composite material when interacting with raw cotton, Innovative technologies, №3(39)// Каrshi, 2020y. pp. 55–59, (2020). [Google Scholar]
  3. Negmatov S.S., Abed N.S., Gulyamov G., Тukhtasheva M.N., Eshkobilov O.Kh., Study of the strength properties of antifriction antistatic-heat-conducting composite materials based on polyolefins, Innovative technologies, 4 (40)// Каrshi,. рр. 33–37. (2020) [Google Scholar]
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  5. Negmatov S.S., Abed N.S., Gulyamov G., Eshkobilov O.Kh. Installation and methodology for determining of antifrictional properties of antistatic-heat-conducting composite polymeric materials interacting with fibrous mass (cotton-raw), Technical science and innovation// Тashkent, 2. pp 20–23. ( 2018) [Google Scholar]
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  11. Negmatov S.S., Abed N.S., Gulyamov G., Eshkobilov O.Kh., Тukhtasheva М.N. On the problem of developing methodological foundations of the method for studying the properties of anti-friction-wear-resistant antistatic-heat-conducting composite polymer materials operating under conditions of interaction with pulp, Composite materials, 1. Таshkent,. p. 99–100.(2018). [Google Scholar]
  12. Abed N.S., Gulyamov G., Eshkobilov O.Kh. Composites based on functional thermoplastic polymer systems. Modern problems of polymer science, Uzbek-Kazakh Symposium, Institute of Chemistry and Physics of Polymers of the Academy of Sciences of the Republic of Uzbekistan. –Таshkent, pp 90–92. (2018) [Google Scholar]
  13. Negmatov S.S., Abed N.S., Gulyamov G., Eshkobilov O.Kh. Peculiarities of the mechanism of chemical interaction of polymers with carbon-graphite fillers. Prospects for innovative development of the mining and metallurgical complex, International scientific-practical conference, Таshkent, p. 222–223. (2018). [Google Scholar]
  14. Negmatov S.S., Abed N.S., Gulyamov G., Eshkobilov O.Kh., Тukhtasheva М.N. A device for determining the coefficient of friction of engineering structural materials. Prospects for innovative development of the mining and metallurgical complex /International scientific-practical conference/ Таshkent. p. 304–305.(2018). [Google Scholar]
  15. Abed N.S., Gulyamov G., Eshkobilov O.Kh., Тukhtasheva М.N. Evaluation of the frictional properties of antistatic-heat-conducting composite polymer materials when interacting with raw cotton. International symposium on innovative scientific conference “Integration and integration of science and education”, International scientific-practical conference, Таshkent,. pp. 39–41.(2018). [Google Scholar]
  16. Negmatov S.S., Abed N.S., Gulyamov G., Eshkobilov O.Kh., Тukhtasheva М.N. Technological modes of processing of antistatic-heat-conducting antifriction-wear-resistant and nanocomposite and nanocomposite polymer materials. Problems of improving the efficiency of modern production and energy and resource conservation /International scientific-practical conference/ Аndijan, 3-4 оktober 2018y. pp. 45–48. (2018) [Google Scholar]
  17. Negmatov S.S., Abed N.S., Gulyamov G., Eshkobilov O.Kh. Installation for determining the antifriction properties of antistatic-heat-conducting composite polymer materials. Problems of improving the efficiency of modern production and energy and resource conservation/International scientific-practical conference/ Аndijan,. p. 48–52. (2018). [Google Scholar]
  18. Negmatov S.S., Gulyamov G., Abed N.S., Eshkobilov O.Kh., Тukhtasheva М.N. Method for determining the values of electrostatic charges and temperatures occurring in the friction zone in the tribosystem «composite-fibrous materials», Composite materials, Таshkent p. 79–81.(2019). [Google Scholar]
  19. Negmatov S.S., Abed N.S., Gulyamov G., Eshkobilov O.Kh., Тukhtasheva М.N. Development of a method for determining the intensity of wear of anti-friction-wear-resistant antistatic-heat-conducting composite polymer materials and coatings based on them when interacting with pulp. Composite materials, 2 Таshkenty, p. 75–77.(2019) [Google Scholar]
  20. Negmatov S.S., Abed N.S., Gulyamov G., Eshkobilov O.Kh., Тukhtasheva M.N. Installation and method for determining the antifriction properties of antistatic-heat-conducting composite polymeric materials interacting with raw cotton, Mechanic problems, 2, Tаshkent. p. 66–70. (2019). [Google Scholar]
  21. Negmatov S.S., Abed N.S., Gulyamov G., Eshkobilov O.Kh. Investigation of the influence of carbon-graphite and fibrous fillers on the antifriction properties of polyolefins, Innovative technologies, 3 (35). Каrshi. p. 22–26. (2019). [Google Scholar]
  22. Negmatov S.S., Gulyamov G., Abed N.S., Eshkobilov O.Kh., Тukhtasheva M.N. Antifriction-wear-resistant composite polymer materials for engineering. Integrated innovative development of Zarafshan region: achievements, chalenges and prospects, International scientific-practical conference, Navoiy, 27-28 november 2019y. p. 262–265.(2019). [Google Scholar]
  23. Negmatov S.S., Gulyamov G., Ulmasov T.U., Abed N.S., Eshkobilov O.Kh., Saidova M.M., Bozorboyev Sh.A., Тukhtasheva M.N., Eminov Sh. Investigation of the technological process of contact interaction of surfaces of metal working bodies of machines with raw cotton. Composite materials, 1. Таshkent, p. 120–124.(2020). [Google Scholar]
  24. Тukhtasheva M.N., Negmatov S.S., Gulyamov G., Ulmasov, T.U., Abed N.S., Eshkobilov O.Kh., Saidova M.M., Eminov Sh., Bozorboyev Sh.A., Navruzov F.M. Experimental study of the effect of fibrous fillers on antifriction, wear-resistant, technological properties of polyolefins. Composite materials, 1. Таshkent, p. 125–128. (2020). [Google Scholar]
  25. Negmatov S.S., Gulyamov G., Abed N.S., Eshkobilov O.Kh., Methods for determining the coefficient of friction, temperature and magnitude of electrostatic charge in the friction zone of machine-building structural materials Composite and metal-polymer materials for various industries and agriculture, International Uzbek-Belarusian Scientific and Technical Conference. State Unitary Enterprise “Fan va tarakkiyot”. Ташкент, 21-22 MAY 2020y. p. 209–211. (2020) [Google Scholar]
  26. Negmatov S.S., Gulyamov G., Abed N.S., Eshkobilov O.Kh., Sadikova М.М., Тukhtasheva M.N. Study of the influence of the main parameters of a disk tribometer and operating modes of machines on the coefficient of friction of epoxy composites when interacting with raw cotton, Composite materials, 2. Таshkent,. p. 82–85. (2020). [Google Scholar]
  27. Eshkobilov O.Kh. ... NOFAP 00782 «Disc tribometer» Utility model patent. Agency of intellectual property of the republic of Uzbekistan. –Таshkent, (2012). [Google Scholar]
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