This article reported the overall review on modeling (mathematical/simulation), analysis
(linear/nonlinear), and prediction of structural responses (static, vibration, transient, etc.) of …

In this paper, the analytical model is established on base of multi-segment partitioning
strategy and first-order shear deformation theory. The displacement functions are made up …

In this article, the dynamic buckling behavior of a sandwich plate composed of laminated
viscoelastic nanocomposite layers integrated with viscoelastic piezoelectric layers is …

The numerical modeling of static large-deformation behavior of the multilayered flat/curved
panels with cutouts subjected to thermo-mechanical load is presented in this work. The …

A highly efficient selective element-interior interpolation approach is proposed that
impressively enhances the performance of a spatially isotropic polygonal element (SI-ARS …

This study focused on improving the design of slender structures with reinforced concrete
(RC) telecommunication towers as the main application. Analytical procedure based on …

Purpose This study presents a novel hp-version adaptive finite element method (FEM) to
investigate the high-precision eigensolutions of the free vibration of moderately thick circular …

In this paper, a new C 0 layerwise wavelet finite element is proposed for the static and free
vibration analysis of composite plates. The refined zigzag theory is adopted to introduce the …

The paper proposes a computational approach to simulate the dynamic responses of
composite plate resting on a Pasternak foundation subjected a moving load using the …

This paper develops a novel meshfree method based on Trefftz formulation for buckling and
free vibration analysis of laminated composite plates, considering various higher order …