This work is the first to apply nonlocal theory and a variety of deformation plate theories to
study the issue of forced vibration and buckling in organic nanoplates, where the effect of the …

This is the first study of the static bending and free vibration response of organic nanoplates
based on the combination of nonlocal theory with various shear strain theories, where the …

The nanoplates have been used extensively in electronic devices, during the working
process they can be affected by external forces. To enhance the working performance of …

This article presents the combination of mixed interpolation of tensorial components
technique of triangular elements and the edge-based smoothed finite element method (ES …

The aim of this paper is to present the hygro-thermal vibration behavior of bidirectional
functionally graded porous (BDFGP) curved beams resting on two-layer elastic foundations …

The current research proposes an innovative finite element model established within the
context of higher-order beam theory to examine the bending and buckling behaviors of …

For the first time, this paper carried out a comprehensive study on static bending, free
vibration, and dynamic responses of non-uniform-thickness piezoelectric nanoplates resting …

This paper carries out the static bending and free vibration analysis of two-layer variable
thickness plates with shear connectors. The finite element formulations are presented in …

The static bending of rotating two-layer functionally graded material (FGM) beams with shear
connectors resting on imperfect elastic foundations was performed for the first time in this …

This paper presents an analytical solution using Chebyshev polynomials based on Rayleigh–
Ritz method and Navier's solution to analyze the free vibration response of functionally …