The aim of this work is to analyze and predict the wave propagation behavior of the carbon
nanotube reinforced composites (CNTRC) beams within the framework of various higher …

The manuscript presents a nonlinear mathematical model capable to investigate the
nonlinear bending response of Bi-directional functionally graded (BDFG) plate resting on …

Due to the unclear mechanism of the influence of temperature on the resonance problem of
doubly curved shells, this article aims to explore this issue. When the ambient temperature …

In this work, the static behavior of FGM macro and nano-plates under thermomechanical
loading. Equilibrium equations are determined by using virtual work principle and local and …

In this study, we investigate the free vibrations of functionally graded plates using the refined
shear deformation theory. These plates have material properties that vary in two directions …

This study presents, for the first time, a novel mathematical model that can address the
nonlinear buckling, postbuckling, and snap-through of bidirectional functionally graded …

This article presents a novel a novel incremental–iterative technique in solving the nonlinear
static response of bi-directional functionally graded (BDFG) porous plate including the …

Traditional engineering materials lack the necessary properties that are needed in
aerospace as well as other modern industries. In order to address the aforementioned …

The solution of the nonlinear (NL) vibration problem of the interaction of laminated plates
made of exponentially graded orthotropic layers (EGOLs) with elastic foundations within the …

In this article, thermal post-buckling and primary resonance of the porous functionally
graded material (FGM) beams in thermal environment considering the geometric …