This paper presents the impact of vibrational amplitude on the dynamic pull-in instability and
fundamental frequency of actuated microbeams by introducing the second order frequency …

In this paper, the thermal and size effects on the buckling behavior of a nanobeam
symmetrically located between two electrodes, subjected to the influence of the nonlinear …

Nonlinear Differential Equations in Micro/nano Mechanics: Application in Micro/Nano
Structures in Electromechanical Systems presents a variety of various efficient methods …

Maximizing quality (Q) factor is key to enhancing the performance of micro mechanical
resonators, which are used in a wide range of applications such as gyroscopes, filters, and …

This research aims to create a novel controller for micro/nano-systems (sensors and
actuators) operating in ionic liquid media. To illustrate the capability of the proposed …

Torsional nano-scanners have a variety of applications in nano/micro-electro-mechanical
systems. In this paper, two-and three-dimensional numerical solutions based on the lattice …

The quality factor is known as a critical and important feature to achieve efficient resonant
response of micro/nano beams. In fact, the quality factor plays a significant role in the …

In this paper, problem of squeeze film damping in dual axis torsion microactuators is
modeled and closed form expressions are provided for damping torques around tilting axes …

In the present study, the entropy generation analysis of a torsional micromirror is
investigated. Using dynamic mesh method, the governing equations are solved numerically …

Using differential quadrature method (DQM), this study investigated pull-in instability of
beam-type nano-switches under the effects of small-scale and intermolecular forces …