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In the simulation example of a micro-bridge, we show that such simulation techniques can reveal complex dynamical behaviors of MEMS such as dynamic pull-in.
Furthermore, the coupling effects of nonlocal parameter and surface characteristics on the dynamic pull-in instability of circular nanoplate are investigated, and the nonlinear dynamics behaviors, time histories and phase diagrams of electrically actuated circular nanoplate are discussed.
These critical values are identified as the dynamic pull-in parameters of the corresponding microactuator model.
The rippling deformation of SWCNT decreases the dynamic pull-in time as well.
Rayleigh Ritz energy method is employed to compute the static and dynamic pull-in parameters.
Static and dynamic pull-in phenomena limit the stable regions of a capacitive MEMS microphone.
The performance characteristics of immediate interest are the static and dynamic pull-in voltages for the switch.
The effects of actuation voltage, properties of FGM materials and intermolecular force on the dynamic pull-in behavior are studied.
The static and dynamic pull-in instabilities are investigated for the nanobeams with cantilever and doubly clamped boundary conditions.
It is shown that the rippling deformation can significantly decrease the static as well as the dynamic pull-in voltage of the SWCNT based actuator.
In the present research, dynamic pull-in and pull-out analysis of viscoelastic nanoplate switch under electrostatic and intermolecular Casimir forces are studied.
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