The mechanical behavior of uniaxially fiber-reinforced composites with a ductile rubber-
toughened epoxy matrix was studied through the finite element analysis of a RVE of the …

The failure locus a fiber-reinforced composite lamina, made up of 50vol.% of carbon fibers
embedded in an epoxy matrix, is computed under transverse compression and out-of-plane …

The potential of computational micromechanics to predict the failure locus of a unidirectional
C/PEEK composite subjected to transverse compression and longitudinal shear was …

A combined experimental and numerical study has been carried out in order to study the
mechanism of initial failure in transversely loaded CF/epoxy composites. Two composites …

The mechanical behavior of unidirectional fiber-reinforced polymer composites subjected to
tension and compression perpendicular to the fibers is studied using computational …

The transverse failure response of unidirectional fiber-epoxy systems is studied by means of
finite element simulations. An interface damage model is used for modeling fiber debonding …

An investigation has been made on effects of fibre surface treatments on transverse
mechanical behaviour of unidirectional glass/epoxy composites. Model composite plates …

The influence of the loading path on the failure locus of a composite lamina subjected to
transverse compression and out-of-plane shear is analyzed through computational …

A novel virtual experimental testing methodology that utilizes virtual microstructures
representative of genuine fiber distribution, is devised to micromechanically simulate and …

In this paper the behaviour of unidirectional fiber-reinforced composites with imperfect
interfacial bonding is investigated by using the finite element method. The matrix and the …