In any medium there are fluctuations due to temperature or due to the quantum nature of its
constituents. If a material body is immersed into such a medium, its shape and the properties …

Fluctuations are omnipresent; they exist in any matter, due either to its quantum nature or to
its nonzero temperature. In the current review, we briefly cover the quantum electrodynamic …

In this article, the functionally graded (FG) cylindrical thin shell formulation is developed by
using modified couple stress theory. The equations of motion and classical and nonclassical …

The study of the instability created by the pull-in voltage on electrostatic NEMS/MEMS
devices have been studied by many researchers during the recent years. In the present …

Double-sided nano-devices can potentially be used as tuning switches and variable
capacitors. In this paper, the pull-in behavior of double-sided cantilever nano-wires …

Fluctuations exist in any material object $ A $. If $ A $ has non-zero temperature $ T $, one
speaks about thermal fluctuations. If $ A $ is at very low $ T $, the fluctuations are of …

While, the effects of ground electrode architecture on the vibration response and instability of
nano-switches have considered in a few studies, no attention has been paid to study the …

The influence of the surface energy on the instability of nano-structures under the
electrostatic force has been investigated in recent years by different researchers. It appears …

This paper presents an analytical and size-dependent model for vibrational analysis of fully
clamped rectangular microplates. Modified couple stress theory (MCST) and the Kirchhoff …

Two-side accurate analytical estimates of the pull-in parameters of a carbon nanotube
switch clamped at one end under electrostatic actuation are provided by considering the …