Title: Damping of thickly coated fibrous composites with viscous interfaces under longitudinal shear.
Authors: Wang, Xu; Wang, Cuiying
Abstract: We study the damping of thickly coated fibrous composites with viscous fiber-coating and coating-matrix interfaces under longitudinal shear loads. The specific damping capacity is derived by means of the three-phase composite cylinder model. Our analysis indicates that the specific damping capacity depends on six dimensionless parameters: the fiber and coating volume fractions, two stiffness ratios, and two interface parameters arising from rate-dependent interface sliding.
Subjects: FIBROUS composites; COMPOSITE materials; FINITE element method; COMPOSITE structures; DEFORMATIONS (Mechanics)
Publication: Acta Mechanica, 2018, Vol 229, Issue 5, p2009
ISSN: 0001-5970
Publication type: Academic Journal
DOI: 10.1007/s00707-017-2091-1

Damping of thickly coated fibrous composites with viscous interfaces under longitudinal shear.

Wang, Xu; Wang, Cuiying