Composites with improved absorption of noise and vibration

Voronenko V.; Gumerov M.; Grechishnikov V.; Shafigullina G.; Lakhno A.; Yurasov S.; Shafigullin L.; Gumerov I.

Composites with improved absorption of noise and vibration

Grechishnikov V.; Gumerov I.; Gumerov M.; Lakhno A.; Shafigullin L.; Yurasov S.; Shafigullina G.; Voronenko V.

URI: http://dspace.kpfu.ru/xmlui/handle/net/129849

Date: 2017

Abstract:

© 2017, Allerton Press, Inc. The development of composites based on thermosetting resins with improved vibration and noise absorption is considered. Mathematical and topological models are proposed to describe the influence of the composition on the vibration and noise absorption and elastic properties of the composites. The composition of filled epoxy, polyester, and polyurethane vibration-absorbing composites is optimized in terms of their loading, dynamic, and economic characteristics.

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