A size-dependent inhomogeneous beam model, which accounts for the through-length
power-law variation of a two-constituent axially functionally graded (FG) material, is deduced …

In this paper, thermal and shear deformation effects on the vibrational response of non-
homogeneous microbeams made of functionally graded (FG) materials are carried out. It is …

In this paper, the governing equations of torsional porous flexoelectric microtubes made of
functionally graded (FG) materials are investigated and obtained for the first time. First, the …

This article is firstly concerned with bending and free vibration analyses of in-plane bi-
directional functionally graded (IBFG) plates with variable thickness in the framework of …

This paper studies electro-thermal buckling in a flexoelectric microbeam. This first-of-a-kind
study focuses on two case-specific types of buckling in microbeams, which are essential to …

Due to superior characteristics added to composite structures by using graphene-platelets
(GPLs) as nanofillers, this article investigates torsional buckling analysis of functionally …

In this work, different homogenization schemes are employed to analyze both size-
dependent postbuckling and nonlinear bending behavior of micro/nano-beams, made of a bi …

As the parallel to the advancement of technology in nano-sizes, the importance of
nanotubes is rising every day. The mostly worked and used nanotubes are Carbon …

The free vibration and static torsion of a coupling electromechanical flexoelectric
micro/nanotube have been investigated, in the present study. Using the non-classical theory …

Featured by two small length scale parameters, nonlocal strain gradient theory is utilized to
investigate the free vibration of nanotubes. A new size-dependent shell model formulation is …