We demonstrate compact analytical multi-physics models that accurately predict the
deformed shape of a variety of multilayer cantilevers and the associated electrical …

This paper presents a new experimentally validated analytical capacitance macromodel for
microelectromechanical systems large-displacement cantilever beams. The presented …

This thesis reports the development of techniques for the accurate modeling of micro-electro-
tnechanical systems (MEMS), focusing on geometries with highaspect ratio. Typical MEMS …

In this paper, we introduce a three-dimensional method-of-moments approach, suitable for
the analysis of real-life monolithic circuits for microwave/millimeter waves. It shares the …

The first objective of this dissertation is to present hybrid numerical-analytical approaches
and reduced-order models to simulate microelectromechanical systems (MEMS) in multi …

A computational multiphysics model of the coupled beam-substrate-electrostatic actuation
dynamics of MEMS resonators has been developed for the model-based prediction of Q …

MEMS are miniaturized sensors or actuators and are essential to enabling “smart systems”
to interact with their physical environment. These devices add the “ears,”“eyes,”“noses,” and …

MEMS are minimized electromechanical devices and systems that are realized using
integrated micro fabrication methods. And the technology is growing rapidly in RF field …

We present a technique using multivariate-dependent sources that enables synthesis of
simple and compact circuit models, and which is effective in handling mixed signal coupling …

We introduce a framework for computer-aided derivation of multi-scale models dedicated to
arrays of microsystems. It relies on a combination of a asymptotic methods used in the field …