Nanocomposites are making way for potential application in various fields of engineering.
The present article reviews the work carried out on vibration, static and buckling analysis of …

In this study, an efficient nonlocal finite element model is developed to investigate the
bending and buckling behavior of functionally graded (FG) nanobeams. New two-node …

A finite element modeling combined with the strain gradient theory (SGT) and the refined
higher-order shear deformation beam theory is developed to study the dynamic instability of …

Perforated beam is essential structural element of Nano-Electro-Mechanical-Systems
(NEMS), whose design needs appropriate modelling of size of holes, hole numbers, and …

This study presents a newly developed size-dependent beam-substrate medium model for
bending, buckling, and free-vibration analyses of nanobeams resting on elastic substrate …

Nano-structures always show size effects. In the paper, a new FEM framework is developed
to analyze the mechanical responses of nanobeams made of axially functionally-graded …

Purpose This study investigates the free vibration characteristics of a simply supported bi-
directional functionally graded nanobeam using the Euler-Bernoulli beam theory. The aim is …

A size-dependent electromechanical Euler–Bernoulli micro/nanobeam is proposed to
address the nonlinear vibration and instability regions on the basis of nonlocal strain …

Abstract The Hellinger–Reissner variational principle based hybrid finite element method
(FEM) is developed and applied to study the nonlocal mechanics of plates and beams at a …

The present article studies the finite element modeling of wave propagation characteristics
in a nonlinear thermal piezoelectric hygroscopic nanoporous metal foam nanobeam. The …