This study presents a modified continuum model to investigate the vibration behavior of
single and multi-carbon nanotubes (CNTs). Two parameters are exploited to consider size …

A size–dependent model based on the modified couple stress theory is developed to study
free vibration, static deflection, and pull-in instability of a fully-clamped functionally graded …

The present study is aimed to investigate pull-in instability, static deformation, natural
frequency, primary and subharmonic resonances in the clamped–clamped microbeam with …

In the current study, the effects of Casimir force and squeeze film damping on pull-in
instability and dynamic behavior of electrostatically actuated nano and micro …

It is well recognized that the presence of Casimir force can lead to adhesion in freestanding
nanostructures. Herein, the effect of the Casimir force on the adhesion of freestanding …

A mathematical model is used to study the effects of the electrostatic, Casimir and centrifugal
forces on the static behaviors of the two U-shaped NEMS with rectangular and circular …

The Casimir attraction can significantly interfere the physical response of nanoactuators. The
intensity of the Casimir force depends on the geometries of interacting bodies. The present …

Among the intermolecular interactions, the Casimir and van der Waals forces are the most
important forces that highly affect the behavior of nanostructures. This paper studies the …

The presence of van der Waals (vdW) force can lead to mechanical instability in
freestanding nano-scale actuators. Most of the previous researches in this area have …

In this paper, design and mathematical simulation of a hybrid piezoelectric capacitive-
resistive nano accelerometer sensor has been investigated using Comsol multiphysics finite …