Development of new polymer composite materials for the flooring of rail carriage

  • Abstract
  • Keywords
  • References
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  • Abstract

    The subject of improving the competitiveness and efficiency of railway rolling stock is highly demanded as the railway transport consider the nerve of the goods transport in the hole word. One of the requirements to develop the railway transport related to the continuous improvement of existing materials and find a new material which would satisfy such conflicting requirements as relia-bility, sustainability, producibility and the manufacturing process automation possibility. The researches show that use of polymer composite materials (PCM) in the production of both passenger and freight railway rolling stock, provides lightweight, improves its performance, increases durability and reduces operating costs.


  • Keywords

    Polymer Composite Material; Cold Pressing; Calico; Fiberglass; Mechanical Properties

  • References

      [1] Rahimov R.V. Analysis of the state and prospects of the development of the freight wagon fleet of the Republic of Uzbekistan / R.V. Rahimov, Ya.O. Ruzmetov // Non-Ferrous Metals. – 2018. – No 1 (vol. 44). – P. 7 – 11

      [2] Waail M. Lafta, Analysis the Strength of Rolling Stock working in Uncertainly Conditions, 22 – 60 (2012), LAP LAMBERT Academic Publishing GmbH & Co, Germany 2012.

      [3] Bondaletova, V.G. Polymer composite materials / Bondaletova, V.G. manual aid. Tomsk, TRU publ. house. 2013. – 118 p.

      [4] Safin, V.N. Composite materials / Safin, V.N. – 2-nd ed. SUSU publ. house 2010. – 36 p.

      [5] Luigi, N.M. Composite Materials а Vision for the Future / N.M. Luigi, M.E. Milella. – London: Editors Springer-Verlag London / Limited, 2011. – 187 р.

      [6] Murrell J., Briggs P. Developments in the fire testing and certification of composites used in railway and marine applications, Polymer composites. – 2008. –V.5 – P.1-11.

      [7] Luigi, N.M. Polymer matrix composites guidelines for characterization of structural materials / N.M. Luigi, С.J. Murrell. – Science: Structural materials, 2002. – 586 р.

      [8] Kiryukhin D. P., Kichigina G. A., Creation of new fluorine-containing fibreglass plastics based on fibreglass fillers and solutions of low molecular weight polymers (telomeres) of tetrafluoroethylene, New generation materials for civil industry. – M., 2015. – Issue. 5 – P. 1-19.

      [9] Barelko V., Smirnov N., Pat. NO. 2245477 OF THE RUSSIAN FEDERATION, MCIS F M 35/10. Fibreglass reinforcing weaved filler of glass-polymer composite materials / (Russia). Bul. № 3, Priority 27.01.2005, № 38752 A/53 (Russia). – 7 sec: Il.

      [10] Mikhailin, Yu. a. Structural polymer composites / Yu Mikhailin. – 2nd ed. – Moscow: SPb-Izdat, 2008. – 822 p.

      [11] Mukhametov, R. R. New polymeric binders for promising methods of manufacturing structural fibrous PCM: studies – Moscow: Aviation materials and technologies, 2011. 142 p.

      [12] Fedoseev M. S., Devyaterikov D. M., Synthesis and properties of polymers obtained by curing of epoxy oligomers of different functionality // Chemical technology. – M., 2013. – Issue. 14. – P. 739-744.




Article ID: 30519
DOI: 10.14419/ijet.v9i2.30519

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