This paper aims to investigate the chaotic and nonlinear resonant behaviors of a dielectric
elastomer-based microbeam resonator, incorporating material and geometric nonlinearities …

This work aims to study the effect of uncertainties and noise on the nonlinear global
dynamics of a micro-electro-mechanical arch obtained from an imperfect microbeam under …

This paper investigates the amplitude–frequency response of parametric resonance of a
clamped elastic circular plate microelectromechanical system (MEMS) resonator above a …

This paper investigates the voltage–amplitude response of superharmonic resonance of
second order (order two) of alternating current (AC) electrostatically actuated …

In this paper, parametric excitation of a repulsive force electrostatic resonator is studied. A
theoretical model is developed and validated by experimental data. A correspondence of the …

This work deals with the effects of Casimir and/or van der Waals forces (quantum dynamics
phenomena) on the amplitude-frequency response of the superharmonic resonance of …

The motion of a slender, clamped-free, imperfect, electrically actuated microbeam is
investigated. Special attention is given to the influence of imperfections and noise on the …

This paper investigates the voltage–amplitude response of soft alternating current (AC)
electrostatically actuated micro-electro-mechanical system (MEMS) clamped circular plates …

This paper proposes a theoretical, miniature, structural model, a functionally graded
nanobeam (FGNB), to investigate the complex dynamic mechanism and the responses of …

This study explores heat-induced nonlinear vibration of a functionally graded (FG) capacitive
nanobeam within the framework of nonlocal strain gradient theory (NLSGT). The elastic FG …