This research investigates the nonlinear thermal stability responses of functionally graded
graphene-reinforced composite (FG-GRC) laminated plates with embedded circular and …

Abstract A Layerwise Higher Order Shear Deformation Theory is developed for plates
containing rectangular embedded delaminations undergoing non negligible lateral …

Abstract Compression After Impact (CAI) strength is critical to the safety and weight of carbon
fibre aircraft. In this paper, the standard aerospace industry practice of using separate …

The nonlinear thermal stability responses of functionally graded graphene-reinforced
composite (FG-GRC) laminated plates with single or multiple through-the-width …

In this work the first-and second-order shear and normal deformation as well as the third-
order shear deformation theories are applied to delaminated sandwich shells having …

A novel layerwise theory based on the first order shear deformation theory (FSDT) has been
proposed to evaluate the buckling and post-buckling behavior of delaminated composite …

The problem of free vibration of delaminated composite beams is revisited in this paper by
showing the existence of parametric excitation, bifurcation and stability. Why and when the …

This paper presents the semi-layerwise analysis of structural sandwich plates with through-
width delamination. The mechanical model of rectangular plates is based on the method of …

A novel analytical model is developed to solve the problem of free vibration of delaminated
composite beams. The beam with a single delamination was modelled by six equivalent …

The compressive behaviour of cross-ply laminates with delaminations and matrix cracked
layers is investigated by means of an analytical modelling approach. Insight into the post …