ENHANCING THE TRIBOLOGICAL PROPERTIES OF POLYMER COMPOSITES WITH DISPERSIVE FILLERS

Authors

  • Madaminov Nodirbek Zafarbek o’g’li PhD student, Andijon machine building institue, Andijan, Uzbekiston “Auto Spring Components” Ltd., Andijan region, Uzbekistan Author
  • Kamoldinova Odina Baxtiyarovna Bachelor student Andijon machine building institue, Andijan, Uzbekiston Author
  • Umarova Mavluda Nazirovna Ph.D. of Engineering Sciences, Professor Tashkent State Transport University (TSTU), Tashkent, Uzbekiston Author

Keywords:

However, with societal development and technological advancement, the demands for polymer materials are increasing. There is a growing number of applications where pure UHMWPE can no longer be used in its original state

Abstract

 

The idea of using thermoplastic polymers as matrix materials to create composites is one of the most promising ways to obtain a new generation of composite materials that operate under harsh conditions. Among the prospective materials in the role of thermoplastic matrices, Ultra-High-Molecular-Weight Polyethylene (UHMWPE) holds a prominent position. Due to its specific properties, UHMWPE stands out from many thermoplastics in this series, which are used in industries that require resistance to severe conditions.

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References

Технические свойства полимерных материалов: Уч.-справ. Пос. /В. К. Крыжанов- ский – СПб., Изд-во «Профессия», 2003. – 240 с.

Vitske R.E., Kondratyuk A.A., Nesterenko V.P. Influence of Filling Agent Quantity on Characteristics of Polymeric Composites // Key Engineering Materials. – 2016 – Vol. 685. –p. 548–552

Радомысельский, И.Д., Щербань НИ. Некоторые особенности уплотнения порошков на разных стадиях прессования // Порошковая металлургия. 1980. №11. С. 12-19.

Конструкционные полимеры: Методы экспериментального исследования / П. М. Огибалов [и др.]; под ред. П. М. Огибалова. – М.: Изд-во МГУ, 1972. – Кн. 1, 2.

ГОСТ 32656-2014 (ISO 527-4:1997, ISO 527-5:2009). Композиты полимерные. Методы испытаний. Испытания на растяжение.

ГОСТ 14236-81. Пленки полимерные. Метод испытания на растяжение.

Каргин В.А. и др. Высокомолекулярные соединения, 1969, А, т. 11, с. 759-763.

Сажин Б.И., Подосенова Н.Г,-// Высокомолекулярные соединения, 19б4,№1, с.118.

Adaxamjonovich, O. Z. A. (2024). ANALYSIS OF THE MAIN TECHNOLOGICAL STAGES IN THE PREPARATION OF CEMENT. Ethiopian International Journal of Multidisciplinary Research, 11(04), 320-324.

Adaxamjonovich, O. Z. A., & Sobirovich, A. A. (2024). Areas Of Use Of Composite Materials Made Of Metal Oxides And Carbides. Ethiopian International Journal Of Multidisciplinary Research, 11(04), 486-490.

Yuldashevna, X. O., & Abdurasul o’gli, A. S. (2024). Improving the Methodology of Preparing Future Specialists for Professional Activity in an Integrated Learning Environment. Miasto Przyszłości, 49, 1236-1238.

Yuldashevna, X. O. (2024). INTEGRATSIYALASHGAN TA’LIM MUHITIDA BO ‘LAJAK MUTAXASSISLARNI KASBIY FAOLIYATGA TAYYORLASH METODIKASINI TAKOMILLASHTIRISH. TADQIQOTLAR. UZ, 39(5), 46-49.

Ашурова, О. Ю. (2020). АКТИВНОСТЬ МОНООКСИГЕНАЗНОЙ И НИТРЕРГИЧЕСКОЙ СИСТЕМ В МИКРОСОМАХ ПЕЧЕНИ ПРИ ДЕЙСТВИИ НА ОРГАНИЗМ ИНДУКТОРОВ И ИНГИБИТОРОВ ЛЕКАРСТВЕННОГО МЕТАБОЛИЗМА. In НАУКА И ИННОВАЦИИ-СОВРЕМЕННЫЕ КОНЦЕПЦИИ (pp. 60-64).

Yuldashevna, A. O., & Nodirjonugli, S. K. (2021). Static flat in its historical development. ACADEMICIA: AN INTERNATIONAL MULTIDISCIPLINARY RESEARCH JOURNAL, 11(1), 1002-1006.

Yuldashevna, A. O. (2021). Competence Approach Is An Integrating Factor Of Training Future Doctors. The American Journal of Medical Sciences and Pharmaceutical Research, 3(03), 89-93.

Ашурова, О. Ю., & Кодирова, Г. Р. (2020). ПРИМЕНЕНИЕ ЭНТЕРАЛЬНОЙ ОКСИГЕНОТЕРАПИИ (КИСЛОРОДНОГО КОКТЕЙЛЯ) В КОМПЛЕКСНОМ ВОССТАНОВИТЕЛЬНОМ ЛЕЧЕНИИ ГИПОКСИИ И ХРОНИЧЕСКИХ БОЛЕЗНЕЙ ОРГАНОВ ДЫХАНИЯ. Интернаука, (46-1), 36-37.

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Published

2024-10-06