The main subject of this study is the dynamic and static pull-in analyses of rectangular
nanoplates made of functionally graded materials based on the nonlocal strain gradient …

This study investigates the size-dependent dynamic pull-in instability of piezoelectrically and
electrostatically actuated micro/nanobeams considering the Euler–Bernoulli theory and von …

The main objective of this investigation is to study the size-dependent dynamic pull-in
instability of nanobeams based on the nonlocal strain gradient theory (NLSGT) and Euler …

Presented in this study is an analytical investigation on the size-dependent nonlinear
vibration and pull-in instability of circular microplates subjected to the electrostatic, Casimir …

In order to study the intrinsic size-effects, the stress gradient theory is implemented to a nano-
scale beam model in nonlinear flexure. The nonlocal integral elasticity model is considered …

Electrostatic torsional micromirrors are widely applied in the fields of micro-optical switches,
optical attenuators, optical scanners, and optical displays. In previous lectures, most of the …

This paper presents a novel non-classical Timoshenko–Ehrenfest beam model based on a
reformulated strain gradient elasticity theory. The strain gradient effect, couple stress effect …

This study theoretically investigates the effects of viscous dissipation and boundary plate
thickness on an incompressible heat generating/absorbing fluid with non‐uniform internal …

The unified higher-order theory of two-phase nonlocal gradient elasticity is conceived via
consistently introducing the higher-order two-phase nonlocality to the higher-order gradient …

Based on the positive and negative second-order strain gradient theories along with
Kirchhoff thin plate theory and von Kármán hypothesis, the pull-in instability of rectangular …