The influence of the Casimir excitation on dynamic pull-in instability of a nanoelectromechanical beam under ramp-input voltage is studied. The ramp-input actuation has applications in frequency sweeping of RF-N/MEMS. The ...

In the current paper the effect of the Casimir force on the response of a fully clamped nanoelectro-

mechanical beam under mechanical shock is studied. This model accounts for midplane stretching and applied axial loading. A Galerkin based...

The Casimir force is resulting from the propagation of retarded electromagnetic waves and acts in sub-micron separations. This force is inversely proportional to the fourth power of the nano/micro-plate’s deflection. Hence, the oscillatory behavior...

In the current article the effect of the Casimir force on the static behavior and pull-in characteristics of nano/micromirrors under capillary force is investigated. At the first, the dimensionless equation governing the static behavior of nano...

In this present paper, the influence of the Casimir excitation on dynamic pull-in instability of a nano-electro-mechanical beam under ramp-input voltage is studied. The ramp-input actuation has applications in frequency ...

In this paper, the homotopy analysis method (HAM) is used to derive analytical approximate solutions for investigating the nonlinear vibrations of nano-electro-mechanical beam under the Casimir force without any electrostatic excitation. This model...

This paper deals with the problem of static instability of

nano switches under the effect of Casimir force and

electrostatic actuation. The nonlinear fringing field

effect has been accounted for in the model. Using a...

In this study, static deflection and Instability of doubleclamped

nanobeams actuated by electrostatic field and

intermolecular force, are investigated. The model

accounts for the electric force ...