The goal of this study is to investigate the effect of multiple delaminations on the
compressive, tensile and flexural strength of E-glass/epoxy composites and to evaluate their …

Variable angle tow (VAT) composite laminates, in which fibre orientation varies spatially in-
plane in a continuous fashion yet is piecewise constant through-thickness, have been made …

Laminated carbon fibre reinforced composite materials are very susceptible to delamination,
which is one of the most serious failure modes in composite laminates. According to the …

In this paper, a novel layerwise theory based on first order shear deformation theory has
been developed to evaluate the buckling load of delaminated composite plates with through …

This present work investigates the buckling load optimization of the laminated composite
plates with the elliptical hole under different non-uniform edge loads. The design objective is …

Relative to static conditions, fatigue damage prediction of delaminated composites is widely
recognized as a much more challenging problem, due to the gradually considerable …

Delamination is one of the most serious failure modes in carbon fiber reinforced composite
laminates, because it can reduce the overall stiffness, which further leads to premature …

The delamination phenomena can become of paramount importance when the design of the
composite plates is concerned. In the current study, the effect of through-the-width …

A semi-analytical model for buckling analysis of stiffened composite panel with debonding
defect, subjected to in-plane shear load is developed and verified. The model formulation is …

Delamination represents one of the most severe failure modes in composite laminates,
especially when they are subjected to uniaxial compression loads. The evaluation of the …