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.Â
Highlights
IntroductionComposites materials can be defined as materials consisting of two or more components (reinforcing elements and a matrix holding them together) and having properties different from the original properties of the components [1,2] (Fig. 1)
Composites materials can be defined as materials consisting of two or more components and having properties different from the original properties of the components [1,2] (Fig. 1).The study aims to manufacture of polymer composite materials for the replacement of wooden plywood boards used for flooring of railway passenger cars.2
It is interesting that the highest complex of mechanical properties, among the studied composite materials, was shown by samples that were reinforced together with coarse calico and fiberglass
Summary
Composites materials can be defined as materials consisting of two or more components (reinforcing elements and a matrix holding them together) and having properties different from the original properties of the components [1,2] (Fig. 1). The study aims to manufacture of polymer composite materials for the replacement of wooden plywood boards used for flooring of railway passenger cars
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