Add to ORKGWireless vibration sensors can be powered by piezoelectric harvesters used to convert kinematic into electrical energy. To avoid a mistuning between the scavenger resonance and frequency of vibration, a plucked harvester based on a rotating excitation is proposed. A contactless magnetic coupling is applied and the whole scavenger is designed to fit the requirements of back bearing sensor of a rolling mil
The modeling and design of a piezoelectric flexible beam that can be used as an energy scavenger for...
Control and structural health monitoring sensors are becoming increasingly common in industrial and ...
With the rapid development of Internet of Things (IoT) and the popularity of wireless sensors, using...
A new configuration of vibration energy harvester is proposed, to equip a smart bearing with a powe...
Rotational energy harvesting technology has attracted more and more attention recently. This paper p...
This paper describes the numerical and experimental design activity performed to optimize the layout...
This paper describes the numerical and experimental design activity performed to optimize the layout...
This paper describes the numerical and experimental design activity performed to optimize the layout...
This paper describes the numerical and experimental design activity performed to optimize the layout...
Piezoelectric harvesters have been the object of constant research due to the increasing need for sm...
In the last decades the demand of wireless sensor and low-power electric devices for condition monit...
Energy harvesting is one of the key technologies for the realization of autonomous sensing. The aim ...
With the number of interconnected devices, many of which being wireless, exceeding the human populat...
This paper proposes a novel idea of a combined piezoelectric energy harvesting and torsional vibrati...
With the number of interconnected devices, many of which being wireless, exceeding the human populat...
The modeling and design of a piezoelectric flexible beam that can be used as an energy scavenger for...
Control and structural health monitoring sensors are becoming increasingly common in industrial and ...
With the rapid development of Internet of Things (IoT) and the popularity of wireless sensors, using...
A new configuration of vibration energy harvester is proposed, to equip a smart bearing with a powe...
Rotational energy harvesting technology has attracted more and more attention recently. This paper p...
This paper describes the numerical and experimental design activity performed to optimize the layout...
This paper describes the numerical and experimental design activity performed to optimize the layout...
This paper describes the numerical and experimental design activity performed to optimize the layout...
This paper describes the numerical and experimental design activity performed to optimize the layout...
Piezoelectric harvesters have been the object of constant research due to the increasing need for sm...
In the last decades the demand of wireless sensor and low-power electric devices for condition monit...
Energy harvesting is one of the key technologies for the realization of autonomous sensing. The aim ...
With the number of interconnected devices, many of which being wireless, exceeding the human populat...
This paper proposes a novel idea of a combined piezoelectric energy harvesting and torsional vibrati...
With the number of interconnected devices, many of which being wireless, exceeding the human populat...
The modeling and design of a piezoelectric flexible beam that can be used as an energy scavenger for...
Control and structural health monitoring sensors are becoming increasingly common in industrial and ...
With the rapid development of Internet of Things (IoT) and the popularity of wireless sensors, using...