The objective of this work is to create an analytical framework to study the problem of squeezed film damping in micromirrors considering the bending of the supporting torsion microbeams. Using mathematical and physical justifications, nonlinear...

one iterate is sufficient for obtaining a precise response.

Furthermore using the presented closed form solutions for the

squeezed film damping torque, it is proved that when the tilting

angle of the mirror is small, the damping is linear...

The present paper focuses on the fluid-structure interaction occurred in electrically actuated micro-switches to study the pull-in behaviour of such systems under squeeze air film effect. The Reynolds\\' equation as well ...

electrostatic load and the effects of squeeze film-damping, coupled with the non-linear Reynolds equation for isothermal incompressible gas film is analyzed by different non-dimensional variables. Furthermore, the generalized differential quadrature (GDQ) method...

one iterate is sufficient for obtaining a precise response.

Furthermore using the presented closed form solutions for the

squeezed film damping torque, it is proved that when the tilting

angle of the mirror is small, the damping is linear...

, the nonlinear Reynolds equation is utilized to model squeeze film damping phenomenon. Numerical results in the presence of squeeze film damping, dynamic distributed applied load, electrostatic actuation, and pull-in instability are obtained and examined with a...