A model of coupled limit cycle oscillators is developed and analyzed to discover and map
out the system's locking behavior. This sixth order model is motivated by the physical …

A mathematical model is developed based on the thin-walled beams theory for free vibration
analysis of nano/micro scale beams having nonlocal properties and arbitrary cross sections …

We investigate collective resonant dynamics of an array of microcantilevers coupled
elastically, through a flexible overhang, and electrostatically, through fringing fields. Time …

We present an investigation of the dynamic behavior of an electrostatically actuated
clamped–clamped microbeam, under the simultaneous excitation of primary and …

We investigate the collective dynamics and nondegenerate parametric resonance (NPR) of
coplanar, interdigitated arrays of microcantilevers distinguished by their cantilevers having …

In this work, we formulate and investigate a nonlinear initial boundary-value problem for an
array of N elastically coupled hybrid microcantilever beams that are subject to …

Mass measurements based on the eigenmode shift of coupled cantilevers provide much
higher sensitivity than the method based on the natural frequency shift of a single cantilever …

We analyse the spectral content and parametric resonant dynamics of an array of elastically
and electrostatically coupled interdigitated micro cantilevers assembled into two identical …

We report on a simple approach allowing systematic construction of compact reduced order
models (ROMs) of resonant accelerometers based on the results of few finite element (FE) …

The collective stability behavior of a planar array of parallel nanostrings interacting through
electromagnetic Lorentz forces is analyzed. The repelling coupling forces between the …