... 2011 01 02 2011 beams (structures) Galerkin method impact (mechanical) mechanical contact micromechanical devices nonlinear equations springs (mechanical) Stiction failures are now posing a significant challenge to the commercial deployment of RF (Radio Frequency) MEMS...

... electrostatic devices finite difference methods micromechanical devices oscillations 09 02 2008 22 09 2009 19 02 2010 19 02 2010 2010 American Society of Mechanical Engineers ...

... each year (see Ref. 5 ). energy harvesting micromechanical devices 05 06 2008 24 07 2009 11 02 2010 2010 American Society of Mechanical Engineers ...

... 30 04 2008 micromechanical devices electromechanical integrated harmonic drive dynamic displacement mode natural frequency Microelectromechanical system (MEMS) can be described as machines constructed of small moving subelements that have characteristic dimensions...

... and the electrostatic force on the structural mode shapes, the pressure distributions, the natural frequencies, and the quality factors. 12 07 2006 07 01 2007 micromechanical devices damping Q-factor beams (structures) finite element analysis nonlinear dynamical systems nonlinear equations...

... micromechanical devices limit cycles Structurally stable features of dynamical systems are those that are expected to persist on open sets in suitable spaces of vector fields. For example, as is well known for smooth systems, conditions of hyperbolicity guarantee the persistence and retained stability...

... of the thermal field influence on the laminate buckling and vibration behaviors. 10 04 2005 10 12 2005 nonlinear dynamical systems laminates buckling vibrations boundary-value problems micromechanical devices differential equations In a thin laminated structure...