Abstract
The paper presented discussion on new materials in automotive construction in term of the vibration properties. Some application of simulation and numerical methods for analysis of new material properties in dynamic research of vehicle systems has been presented. The main object of the research was the analysis of influence of new materials used for automotive production on vibration generation, propagation and isolation. In the presented study, as the structural material for toothed flexsplines of harmonic drivers, a composite material based on an epoxy resin matrix reinforced with glass or carbon fibres was used. A preliminary numerical analysis of the material and structural solutions for the harmonic driver flexsplines assumed to be applied was conducted. It was presented possibilities of simulation research for purpose of comparison of different materials for chosen systems of vehicle.
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