Articles | Open Access | DOI: https://doi.org/10.37547/tajet/Volume03Issue05-16

Damping Materials Based On "Thermoelastoplast-Thermoplast" Mixtures For The Structures Of Tractor Units

Alimjon Axmadjanovich Riskulov , Doctor Of Technical Sciences, Professor, Tashkent State Transport University, Uzbekistan
Xurshidbek Ikromovich Nurmetov , Senior Lecturer, Tashkent State Transport University, Uzbekistan
Murod Iskandarovich Raxmatov , Doctoral Student Of The Basic Doctoral Program Tashkent State Transport University, Uzbekistan

Abstract

This article describes the methods of creating composite functional materials for various types of car units. The physical and mechanical characteristics of these materials are also given, and graphical dependences of some indicators on the content of the selected materials are constructed. The positive effects of the use of the obtained materials are justified. In addition, some directions of creating composite materials with certain deformation and strength characteristics, which are used in shock absorbers of trucks of the unitary enterprise "Highway" under the Committee of the Republic of Uzbekistan on Highways, are considered.

Keywords

Thermoplastics, thermoplastics, polyethyruretane

References

Kravchenko, V. I. Structure and technology of composite materials for the structures of cardan gears of the Belcard-2000 series: diss. ... Candidate of Technical Sciences: 05.02.01. / V. I. Kravchenko. - Grodno, 2001. - 150 p.

Ryzhikh, L. A. Features of the working processes of the pneumatic brake drive of cars at low temperatures: autoref. ... diss 05.22.02. / L. A. Ryzhikh. - Kharkiv. - 1987. - 27 p.3. Renner, T.E. Accurate Tire Models for Vehicle Handling Using the Empirical Dynamics Method / T.E. Renner, A.J. Barber. // International ADAMS User Conference, Orlando, Florida, June 19-21, 2000. – Orlando, 2000. – рр. 35-38.

A nonlinear viscoelastic bushing element in multibody dynamics. / R. Ledesma [et al.]. // Computational Mechanics. 1996. Vol. 17. pp. 287-296.

Kuzmar, I. I. Formation of silver coatings with a strengthening phase from ultradisperse diamonds: autoref. ... diss. kand. tehn. nauk: 05.27.06. / I. I. Kuzmar-Minsk. - 2003. - 24 p.

Manson, J. Polymer mixtures and composites / J. Manson, L. Sperling. Edited by Yu. K. Godovsky-M.: Chemistry, 1979 – - 440 p.

Novikova, Yu. A. Thermoelastoplasts. / Yu. A. Novikova / / Chemical industry abroad. - M.: NIITEKHIM – - 1976. - No. 9. - p. 1-22.

Thermoelastoplasts /Ed. by V. V. Moiseev. - M.: Chemistry. - 1985. -184 p.

Manulenko, A. F. Creation of abrasive-resistant tribotechnical materials based on binary mixtures "thermoplast-thermoplast": diss. ... cand. tech. nauk: 05.02.01. / A. F. Manulenko. Gomel. - 1987 – - 154 p.

Seefried, C.G. Thermoplastic Urethane Elastomers V. Compatible and Incompatible Blends with Various Polymers. / C.G. Seefried, I.V. Koleske, F.E. Critchfield // Polymer Engineering and Science. – 1976. – vol. 16, № 11. – pp. 771–776.

Struk, V. A. Tribochemical concept of creating antifriction materials based on multi-tonnage polymer materials: diss. ... doct. technical sciences: 05.02.01. / V. A. Struk-Minsk. - 1988 – - 323 p.

Struk, V. A. Structure of composite materials based on mechanical mixtures of thermoplastics. / V. A. Struk, A. A. Voina. // Plastic masses. - 1985. - No. 12. - pp. 37-38.

Composite thermoelastoplasts for damping assemblies of automobile aggregates / A. I. Mamonchik [et al.]. / / Composite materials in industry: materials of the 23rd annual international conference and exhibition, Yalta, June 2-6, 2003. / UIC " Nauka. Technic. Technology"; edited by Z. Y. Glavatskaya. Kiev, 2003. - p. 75.

Goldade, V. A. Wear inhibitors of metal-polymer systems. / V. A. Goldade, V. A. Struk, S. S. Pesetsky – - M.: Khimiya, 1993. - 240 p.

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Alimjon Axmadjanovich Riskulov, Xurshidbek Ikromovich Nurmetov, & Murod Iskandarovich Raxmatov. (2021). Damping Materials Based On "Thermoelastoplast-Thermoplast" Mixtures For The Structures Of Tractor Units. The American Journal of Engineering and Technology, 3(05), 116–125. https://doi.org/10.37547/tajet/Volume03Issue05-16