Simulation of Selected Product as a Bridge between Knowledge and Practice in the Educational Process

Nowadays many heavy plastics are being replaced by composites for their application towards weight-to-power ratio. It is identified that by reducing the weight of the automotive we can drastically increase the power of the automobile. Another interesting fact is that the composition of the composite can be changed. We could increase or decrease the elasticity, mouldability, ductility and many other properties by the different production method. There are some parts where a smooth finish is required for user interface and some places were a rough finish is needed for thermal resistance or any other external sources. Generally, the ergonomic of an automobile is really complicated due to its numerous plastic parts which are being replaced by composite but the wear and tear of the composites are really high and cost are high we need to find a material which can resist a lot of wear and tear so that it's an one-time investment. The main goal of presented paper is to bring simulations software into the educational processes for students with technical focusing and enrich their knowledge. Our priority is to identify high strength fibres (Carbon and Cordenka filler) which are compactable with a thermoplastic, which is lightweight and easily mouldable to the selected component. By the fibres strength and moulding property we can achieve the desired quality as mentioned above.