This manuscript tends to investigate influences of nanoscale and surface energy on a static
bending and free vibration of piezoelectric perforated nanobeam structural element, for the …

This article develops a nonclassical model to analyze bending response of squared
perforated microbeams considering the coupled effect of microstructure and surface stress …

In this work, simple analytical models based on the concept of an equivalent material are
used to describe the mechanical behavior of resonators perforated by a regular array of …

This article presents a size dependent mathematical model and an analytical solution
methodology to accurately simulate and analyze the size dependent buckling behavior of …

One of the most interesting nonlinear phenomena of mode coupling is internal resonances,
which can promote directed energy transfer from one eigenmode to another, even at small …

We present a new approach to the temperature compensation of MEMS Lamé resonators,
based on the combined effect of the doping concentration and of the geometry of etch holes …

In this work, a piezoelectrically actuated MEMS flexural phononic crystal (PC) mass sensor
aimed at biosensing applications, and based on a single crystal silicon beam with periodic …

In this work, the electromechanical characterization of periodically structured MEMS Lamé
resonators is presented. The resonators are aimed at the development of high-sensitivity …

This paper reports on bulk acoustic wave (BAW) resonators with quasi-fractal perforations
for increased sensitivity in bio-sensing applications and on the broadband transmission line …

The work presented in this thesis concerns the design and characterization of MEMS
resonant sensors for biomedical applications, interfaced with the conditioning electronics by …