This article deals with the effect of the intrinsic length-scale on the stability and fundamental
frequency of a fully clamped circular micro-plate, which can be used as a RF MEMS …

In this study, the primary, sub-and super-harmonic resonant behaviors of a cantilever beam-
type micro-scale device are analytically solved and examined. The device under study …

This paper investigates the parametric resonance voltage response of nonlinear
parametrically actuated Micro-Electro-Mechanical Systems (MEMS) cantilever resonators. A …

Nonlinear harmonic vibration of a micro-electro-mechanical beam is investigated, and the
micro-actuator, which is considered in this study, is a special kind of electrostatic symmetric …

Since the doubly clamped beam-type N/MEMS subjected to the van der Waals attraction is
transformed into a mathematical model through Galerkin method, which is a nonlinear …

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 …

The accumulation of damage in materials due to crack propagation can lead them to
unpredicted failures. This phenomenon is particularly relevant in materials science …

A new approach is introduced to construct the variational iteration algorithm-II for diffusion
problems. Based on this algorithm, the sufficient conditions for convergence of variational …

A class of bipolar electrostatically actuated micro-resonators is presented in this paper. Two
parametric equations are proposed for changing the microbeam shape of the upper and …

The aim of this study is the investigation of the large amplitude deflection of an Euler-
Bernoulli beam subjected to an axial load on a viscoelastic foundation with the strong …