Increasing applications of laminated composite structures necessitate the development of
equivalent single layer (ESL) models that can achieve similar accuracy but are more …

Abstract Based on Box–Behnken Design of response surface methodology, multiple
experiments of laser drilling (four centimeters thickness of sandstone) were performed by …

In this paper layered shells subjected to static loading are considered. The displacements of
the Reissner–Mindlin theory are enriched by a an additional part. These so-called …

In this paper layered composite shells subjected to static loading are considered. The theory
is based on a multi-field functional, where the associated Euler–Lagrange equations include …

A modified zig-zag theory was used to investigate the bending behavior of composite plates
and sandwich structures. The theory is based on the first-order shear-deformation theory on …

Present paper deals with layered shells subjected to static loading. The basic equations
include besides the global equilibrium formulated in terms of stress resultants, the local …

A novel strain-displacement variational formulation for the flexural behaviour of laminated
composite beams is presented, which accurately predicts three-dimensional stresses, yet is …

The cable-stayed suspension bridge is one type of bridge that has been increasingly
applied to bridge engineering, especially in cross-sea projects. However, the complex …

In this paper layered composite shells subjected to static loading are considered. The theory
is based on a multi-field functional, where the associated Euler–Lagrange equations include …

The mathematical model relations for stress-strain state and for buckling investigation of
structurally-anisotropic panels made of composite materials are presented. The …