A significant phenomenon associated with devices used in nano/microelectromechanical
systems (N/MEMS) is the dynamic pull-in instability. The basic theme of this manuscript is to …

The initial value problem used for modeling a magnetic actuator arising from the design of a
magnetic Micro-Electro-Mechanical Structure (magMEMS) with current-carrying filaments is …

The initial value problem for a lumped parameter model arising from design of magneto–
electromechanical device with a current-carrying conductor is analyzed. The differential …

A way to obtain approximate periodic solutions to nonlinear oscillators arising in a
microelectromechanical system (MEMS) is presented for the case of zero initial conditions …

A nonlinear oscillator describing dynamics of parallel plate capacitor is considered with zero
initial conditions. This case of initial conditions makes some effective methods, for example …

The single-degree-of-freedom nonlinear problem describing the essential dynamics of an
oscillating retaining wall based on non-quaking ground and subject to Grob's swelling …

We study periodic solutions of a one‐degree of freedom microelectromechanical system
(MEMS) with a parallel‐plate capacitor under T‐periodic electrostatic forcing. We obtain …

The optimal auxiliary functions method is implemented in this paper to derive an analytical
approximate solution for the problem of nonlinear vibrations of doubly clamped nanobeam …

We study the mechanical oscillations for a novel model of a graphene-based electrostatic
parallel plates micro actuator introduced by Wei et al.(2017), considering damping effects …

Abstract Micro-electromechanical systems (MEMS), micro-sensors and actuators are an
extension of microelectronics and integrated circuits technology. Because of many …