A size-dependent structural dynamic model that incorporates the effect of geometric
nonlinearity is developed in this paper for the forced vibration and dynamic stability of thin …

The recent trend of using thin micro-plate structures in severe operational conditions caused
the classical theory (CT) to be no longer suited in analyzing the dynamic characteristics of …

In recent years, size dependent continuum theories have been commonly used to simulate
material discontinuities in micro/nano-scales. In the present article, modified strain gradient …

The anti-plane stress analysis in an infinite elastic isotropic plane is carried out by using the
distributed dislocation techniques in the framework of strain gradient theory. The technique …

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

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 …

We investigated the effective interaction potential (EIP) between charged surfaces in solvent
comprised of dipole dimer molecules added with a certain amount of ionic liquid. Using …

Nanocrystalline materials (NcMs) are multi-phase composites containing nanograins,
nanovoids and interface. Dynamic behavior of nanocrystalline silicon mass sensors on an …

Plate-type clamped microplate is of the most common constructive elements for developing
in-liquid-operating devices. While the electromechanical behavior of clamped microplate in …

Electromechanical nanocantilevers are promising for using as sensors/detectors in
centrifugal-fluidic systems. For this application, the presence of angular speed and …