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RISINFLUENCE OF FRINGING FIELD EFFECT ON THE PULL-IN OF SIZE DEPENDENT MICRO-BEAMS
This study investigates influence of fringing field effect
on the voltage dependent behavior of electrostatically
actuated micro-beams. For this purpose, the size
dependent beam model is used. Strain ...
Annalytical Modeling of the Effect of Electrostatic Actuation and Casimir Force on the Pull-in Instability and Static Behavior of Torsional Nano/Micro Actuators
This paper studies the effect of Casimir force on the pull-in instability of electrostatically actuated torsional nano/micro actuators. Dependence of the actuator\\'s pull-in angle and pull-in voltage on several design ...
Static behavior of nano/micromirrors under the effect of Casimir force, an analytical approach
In this paper, static behavior of nano/micromirrors under Casimir force is studied. At the first, the equilibrium equation governing the
statical behavior of nano/micromirrors is obtained. Then energy method is ...
Modeling of Pull-In Instability of Nano/Micromirrors Under the Combined Effect of Capillary and Casimir Forces
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 ...
A Coupled Bending-Torsion Model for Electrostatically Actuated Torsional Nano/Micro-Actuators with Considering Influence of Van Der Waals Force
In the current paper, a coupled two degree of freedom model which considers both bending and torsion of the supporting torsion beams is presented for electrostatically actuated torsional nano/micro-actuators under the ...
Characterization of the static behavior of micromirrors under the effect of capillary force, an analytical approach
In this article, the static behavior of micromirrors under the effect of capillary force is studied. The dimensionless equations governing the static behavior and the pull-in state of the micromirror under capillary force ...