We investigate the nonlinear dynamics of microcantilevers. We demonstrate mechanical stiffening of the frequency response at large amplitudes, originating from the geometric nonlinearity. At strong driving the cantilever amplitude is bistable. We map the bistable regime as a function of drive frequency and amplitude, and suggest several applications for the bistable microcantilever, of which a mechanical memory is demonstrated
The response of a bistable system to a low-frequency driving force is demonstrated to display a gian...
The response of a bistable system to a low-frequency driving force is demonstrated to display a gian...
Nonlinear mechanical systems promise broadband resonance and instantaneous hysteretic switching that...
We investigate the nonlinear dynamics of microcantilevers. We demonstrate mechanical stiffening of t...
In this Thesis, nonlinear dynamics and nonlinear interactions are studied from a micromechanical poi...
In this Thesis, nonlinear dynamics and nonlinear interactions are studied from a micromechanical poi...
The size-dependent oscillations of a microcantilever with a tip (end) mass and a spring support unde...
Snap-action bistable mechanisms have a practical use in applications when very few but well defined ...
The contribution deals with analysis of dynamical properties of 1 DOF bistable mechanical oscillator...
Vibrations are a promising source for powering wireless sensors, for example in low-frequency enviro...
This paper aims at analysing the nonlinear size-dependent dynamics of a microcantilever based on the...
Abstract—This paper presents analysis, design, realization, and experimental demonstration of a bist...
This paper aims at analysing the nonlinear size-dependent dynamics of a microcantilever based on the...
This paper aims at analysing the nonlinear size-dependent dynamics of a microcantilever based on the...
This paper aims at analysing the nonlinear size-dependent dynamics of a microcantilever based on the...
The response of a bistable system to a low-frequency driving force is demonstrated to display a gian...
The response of a bistable system to a low-frequency driving force is demonstrated to display a gian...
Nonlinear mechanical systems promise broadband resonance and instantaneous hysteretic switching that...
We investigate the nonlinear dynamics of microcantilevers. We demonstrate mechanical stiffening of t...
In this Thesis, nonlinear dynamics and nonlinear interactions are studied from a micromechanical poi...
In this Thesis, nonlinear dynamics and nonlinear interactions are studied from a micromechanical poi...
The size-dependent oscillations of a microcantilever with a tip (end) mass and a spring support unde...
Snap-action bistable mechanisms have a practical use in applications when very few but well defined ...
The contribution deals with analysis of dynamical properties of 1 DOF bistable mechanical oscillator...
Vibrations are a promising source for powering wireless sensors, for example in low-frequency enviro...
This paper aims at analysing the nonlinear size-dependent dynamics of a microcantilever based on the...
Abstract—This paper presents analysis, design, realization, and experimental demonstration of a bist...
This paper aims at analysing the nonlinear size-dependent dynamics of a microcantilever based on the...
This paper aims at analysing the nonlinear size-dependent dynamics of a microcantilever based on the...
This paper aims at analysing the nonlinear size-dependent dynamics of a microcantilever based on the...
The response of a bistable system to a low-frequency driving force is demonstrated to display a gian...
The response of a bistable system to a low-frequency driving force is demonstrated to display a gian...
Nonlinear mechanical systems promise broadband resonance and instantaneous hysteretic switching that...