This paper deals with semi-active vibration reduction by means of piezo-actuators shunted to time-variant impedances. Particularly, attention is focused on the Synchronized Switch Damping on Inductance technique applied to single mode control in presence of a random disturbance. Drawbacks of the mentioned method are evidenced, showing that sometimes it can fail. Therefore, an alternative method (which actually is an evolution of SSDI) is proposed and its effectiveness is proved numerically through a model. Such a model is validated experimentally within the paper. © The Society for Experimental Mechanics 2014
Semi-passive vibration attenuation by means of shunted piezo-actuators is gaining more and more inte...
International audienceThis paper describes two methods for vibration damping in a broad band frequen...
With the rapid development of the aerospace industry, the control of aircraft structural vibration b...
This paper deals with semi-active vibration reduction by means of piezo-actuators shunted to time-va...
Synchronized switch damping (SSD) techniques exploit low-power switching between passive circuits co...
This paper deals with the so called SSD (stands for Synchronized Switch Damping) technique that is ...
In semi-active synchronized switch damping (SSD) approaches for structural vibration control, the da...
The semi-active Synchronized Switching Damping (SSD) family is based on a nonlinear shunting circuit...
Les travaux de cette thèse concernent l'étude d'une technique particulière se rapportant au traiteme...
In the conventional implementation of synchronized switch damping (SSD), the switches are intended t...
Synchronized Switch Damping control is one of the most interesting solutions for vibration suppressi...
This paper focuses on the Synchronized Switching Damping (SSD) control, a semi-active vibration supp...
International audienceIn the paper, a vibration damping system powered by harvested energy with impl...
ABSTRACT: This work deals with the reduction of structural vibrations by means of syn-chronized swit...
43rd International Congress on Noise Control Engineering: Improving the World Through Noise Control,...
Semi-passive vibration attenuation by means of shunted piezo-actuators is gaining more and more inte...
International audienceThis paper describes two methods for vibration damping in a broad band frequen...
With the rapid development of the aerospace industry, the control of aircraft structural vibration b...
This paper deals with semi-active vibration reduction by means of piezo-actuators shunted to time-va...
Synchronized switch damping (SSD) techniques exploit low-power switching between passive circuits co...
This paper deals with the so called SSD (stands for Synchronized Switch Damping) technique that is ...
In semi-active synchronized switch damping (SSD) approaches for structural vibration control, the da...
The semi-active Synchronized Switching Damping (SSD) family is based on a nonlinear shunting circuit...
Les travaux de cette thèse concernent l'étude d'une technique particulière se rapportant au traiteme...
In the conventional implementation of synchronized switch damping (SSD), the switches are intended t...
Synchronized Switch Damping control is one of the most interesting solutions for vibration suppressi...
This paper focuses on the Synchronized Switching Damping (SSD) control, a semi-active vibration supp...
International audienceIn the paper, a vibration damping system powered by harvested energy with impl...
ABSTRACT: This work deals with the reduction of structural vibrations by means of syn-chronized swit...
43rd International Congress on Noise Control Engineering: Improving the World Through Noise Control,...
Semi-passive vibration attenuation by means of shunted piezo-actuators is gaining more and more inte...
International audienceThis paper describes two methods for vibration damping in a broad band frequen...
With the rapid development of the aerospace industry, the control of aircraft structural vibration b...