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RISA 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 ...
Analytical approximations to nonlinear vibration of clamped nano-electro-mechanical beam in presence of the Casimir force
to accelerate the convergence of approximate solutions. The present results are found to agree well with those obtained by the fourth-order Runge-Kutta method as well as presented results in the literature for static pull-in....
Static Deflection of Electrically Actuated Mi croplates, an Extended Kantorovich Approach
This paper presents an extended kantorovich approach
to simulate the static deflection of a microplates under
electrostatic actuation. The model accounts for the
electric force nonlinearity of the ...
An analytical approach to modeling static behavior of torsional nano-/micro-actuators under effect of van der Waals force
In this research, the static behavior of torsional nano-/micro-actuators under van der Waals (vdW) force is studied. First, the equilibrium equation governing the static behavior of torsional nano-/micro-actuators under ...