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 …

Artificial Neural Networks (ANN) are designed to evaluate the pull-in voltage of MEMS
switches. The mathematical model of a micro-switch subjected to electrostatic force is …

This paper investigates the static and dynamic characteristics of a doubly clamped micro-
beam-based resonator driven by two electrodes. The governing equation of motion is …

This paper investigates the dynamic pull-in instability of vibrating micro-beams undergoing
large deflection under electrosatically actuation. The governing equation of motion is …

Position controlling with less overshoot and control effort is a fundamental issue in the
design and application of micro-actuators such as micro-positioner. Also, tracking a …

A size-dependent model of functionally graded carbon nanotubes (FGCNTs) reinforced
microbeam with piezoelectric layer is presented based on unifying nonlocal stress and strain …

The impetus of this study is to investigate the nonlinear chaotic dynamics of a clamped–
clamped micro-beam exposed to simultaneous electrostatic and piezoelectric actuation. The …

The enormous increase in the application of nano-electromechanical systems for biological
purposes, as well as modern sensors in the particle accelerators, leads to new operation …

In this paper, static and dynamic behavior of an electrostatically actuated torsional micro-
actuator is studied. The microactuator is composed of a micromirror and two torsional …

While comprehensive researches have been conducted on modeling the electromechanical
stability of wide-enough beam-plate nano-switches, few researchers have focused on …