In this study, the free vibration of two-directional functionally graded (2D-FG) multiple
nanobeam system (MNBS) are studied by considering Winkler elastic medium between …

This article presents a dynamic finite elements procedure capable of analyzing the dynamic
behavior of perforated Timoshenko microbeams in thermal environment and subjected to …

The free vibration of multiple-nanobeam system is studied for various edge boundary
conditions and number of coupled nanobeams. The size effect is captured using the …

In the present article, the bending and buckling analyses of a rectangular BiTiO 3–CoFe 2 O
4 nanoplate are examined based on the nonlocal strain gradient and modified couple stress …

The double-nanobeam system has important applications in nano-optomechanical systems
(NOMS), its dynamic analysis is of importance to the effective design of nanodevices. This …

Here, we consider the free vibration of a tapered beam modeling nonuniform single-walled
carbon nanotubes, ie, nanocones. The beam is clamped at one end and elastically …

The vibration properties of functionally graded multiple nanobeams is studied using
Eringen's nonlocal elasticity theory. Beam layers are considered to be continuously …

The research on nonlinear parametric resonance is of significance in the application of
nanotubes in nanoelectromechanical systems. To capture the nonlinear behaviors of the …

This article is concerned with the dynamic stability problem of a nanobeam under a time-
varying axial loading. The nonlocal Euler–Bernoulli beam model has been used for the …

The dynamic stability of nanobeams has been investigated by the Euler-Bernoulli and
Timoshenko beam theories in the literature, but the higher-order Reddy beam theory has not …