In the current paper, analytical solutions are presented

for the nonlinear problem of electrostatically actuated

torsional micromirrors considering the bending of the

torsional beams. Energy method is used for finding the...

The current paper presents a two degree of freedom model for the problem of micromirrors under capillary force. The principal of minimum potential energy is employed for finding the equilibrium equations governing the deflection and the rotation...

This paper presents analytical solutions for the nonlinear problem of electrostatically actuated torsional micromirrors considering the bending of the torsional beams. First the energy method is used for finding the equilibrium equations...

In the present study, the entropy generation analysis of a torsional micromirror is investigated. Using dynamic mesh method, the governing equations are solved numerically. For three different cases, the geometrical...

The current paper presents an analytical model for the problem

of squeezed film damping in micromirrors considering the

bending of the supporting torsion microbeams. At the first the

nonlinear Reynolds equation governing...

In this paper, the static behavior of micromirrors under

the effect of capillary forces is studied. First the

equation governing the static behavior of micromirrors

is obtained using both Newton method and minimum...

Dual axis micromirrors are actuated using strongly nonlinear

electrostatic actuation and their operating range suffers from

the pull-in problem. So investigation of their dynamics and

control issues has become a challenge...

The current paper presents a two degree of freedom

model for the problem of nano/micromirrors under the

effect of vdW force. Energy method, the principal of

minimum potential energy is employed for finding the...

Micro/Nano mirrors under the combined effect of

capillary force and casimir force is obtained using the

newtons first law of motion. The dependence of the

critical tilting angle on the physical and geometrical

parameters of the nano/micromirror...

Micro/Nano mirrors under the combined effect of

capillary force and casimir force is obtained. The

dependency of the critical tilting angle on the physical

and geometrical parameters of the nano/micromirror and

its supporting torsional...