The main strategy to make composite materials more damage tolerant and less brittle is the hybridization. The interlayer hybridization is the simplest way consisting of low-elongation and high-elongation layers. In this context, few studies have been focused on interlayer all-carbon quasi-isotropic laminates. This is the topic of the present work dealing with the pseudo-ductile (PD) behavior of a laminate [0/45/90/-45]s both for quasi-static and low-cyclic tensile.
Quasi-isotropic carbon-carbon hybrid laminate: static and low-cyclic performance
Carvelli V.
2021-01-01
Abstract
The main strategy to make composite materials more damage tolerant and less brittle is the hybridization. The interlayer hybridization is the simplest way consisting of low-elongation and high-elongation layers. In this context, few studies have been focused on interlayer all-carbon quasi-isotropic laminates. This is the topic of the present work dealing with the pseudo-ductile (PD) behavior of a laminate [0/45/90/-45]s both for quasi-static and low-cyclic tensile.File in questo prodotto:
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