In this study, we have introduced, for the first time, a novel integral quasi-3D higher-order
shear deformation theory (HSDT) employing a third-order shape function. This approach is …

In this article, a novel size-dependent finite strip approach based on Carrera unified
formulation (CUF) and micropolar elasticity is developed and introduced to investigate the …

The contribution provided in this article is to examine free vibration and stability response of
bidirectional graded material beams (BDFB) considering different boundary conditions. The …

Abstract An Element Free Galerkin (EFG) meshless formulation and solutions using higher
order shear deformation theory with nine degrees of freedom for the static analysis of …

The formulation of the nth-order shear deformation theory was modified to discuss the
hygrothermal response of free vibration of laminated composite plates. Current theory has …

In this article, the dynamic instability of the hybrid fiber/nanocomposite-reinforced toroidal
shells is investigated. By using the approximation of Fourier series and applying the …

This article investigates the effect of smart damping on bi-directionally tapered functionally
graded sandwich plates. The substrate comprises FG material on both sides of the core of …

Optimal dental health significantly contributes to an individual's physical and psychological
well-being, with an increasing focus on esthetics and functionality in dental restoration …

In the current work, a four-node rectangular finite element with assumed natural shear
strains, based on the exact neutral surface position and new higher-order shear deformation …

An efficient finite element model based on conventional shell elements available in
ABAQUS software has been developed for free vibration analysis of FGM monolayer and …