This paper introduces a comprehensive investigation of bi-directional functionally graded
sandwich plates using higher-order shear deformation theory and finite element method for …

This work deals w ith the development and extension of higher-order models for
delaminated doubly curved composite shells with constant radii of curvatures. The …

Purpose The purpose of this paper is to develop a general mathematical model for the
evaluation of the bending and vibration responses of the skew sandwich composite plate …

This article deals with the geometrical nonlinear flexural behaviour of laminated composite
shell panels integrated with the piezoelectric fibre reinforced composite (PFRC) layer. In this …

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 …

In this work the differential quadrature method is applied to first-order shear deformable
composite plates having a through-width delamination. The semi-layerwise modeling …

This paper deals with the numerical modelling of delaminated composite plates by applying
the differential quadrature method. A semi-layerwise modelling technique developed by 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 …

Brittle delamination fracture under Mode II dominant conditions in unidirectional composite
and layered beams and wide-plates is studied using a homogenized structural model based …

The first-, second-and third-order shear deformation plate theories are applied in this work to
model thick rectangular sandwich plates with through-width delamination. The models are …