AbstractThis work proposes and experimentally validates a piezoelectric vibration energy harvester, which exploits the impact of a central compliant driving beam onto two piezoelectric parallel bimorph beams on flexible steel. At suitable mechanical excitation conditions, the central driving beam impacts the piezo beams and triggers a nonlinear frequency-up conversion mechanism that improves the overall effectiveness, i.e. increases the overall rms output voltage and widens the equivalent bandwidth of the converter with respect to the condition of the noninteracting linear converters
A multifrequency mechanoelectrical piezoelectric converter intended for powering autonomous sensors ...
Multi-converter piezoelectric harvesters based on mono-axial and bi-axial configurations are propose...
AbstractThis work presents an approach for increasing operational bandwidth of a vibration energy ha...
This work proposes and experimentally validates a piezoelectric vibration energy harvester, which ex...
AbstractThis work proposes and experimentally validates a piezoelectric vibration energy harvester, ...
Various piezoelectric beam based approaches have been well studied to support vibrational energy har...
AbstractThis work proposes and experimentally validates a vibration energy harvester which combines ...
Piezoelectric materials can be used for energy harvesting from ambient vibration due to their high p...
This work proposes and experimentally validates a vibration energy harvester which combines the mult...
Vibration energy harvesting systems are using real ambient sources of vibration excitation. In our p...
Energy harvesting from wideband and random vibrations demands for techniques and solutions to overco...
This work proposes and experimentally validates an autonomous battery-less sensor module based on of...
Modal reduction a b s t r a c t Energy harvesting has many potential applications for structures wit...
This work presents a novel development of the impact-based mechanism for piezoelectric vibration ene...
This work proposes a piezoelectric energy harvester where the combination of the multi-frequency and...
A multifrequency mechanoelectrical piezoelectric converter intended for powering autonomous sensors ...
Multi-converter piezoelectric harvesters based on mono-axial and bi-axial configurations are propose...
AbstractThis work presents an approach for increasing operational bandwidth of a vibration energy ha...
This work proposes and experimentally validates a piezoelectric vibration energy harvester, which ex...
AbstractThis work proposes and experimentally validates a piezoelectric vibration energy harvester, ...
Various piezoelectric beam based approaches have been well studied to support vibrational energy har...
AbstractThis work proposes and experimentally validates a vibration energy harvester which combines ...
Piezoelectric materials can be used for energy harvesting from ambient vibration due to their high p...
This work proposes and experimentally validates a vibration energy harvester which combines the mult...
Vibration energy harvesting systems are using real ambient sources of vibration excitation. In our p...
Energy harvesting from wideband and random vibrations demands for techniques and solutions to overco...
This work proposes and experimentally validates an autonomous battery-less sensor module based on of...
Modal reduction a b s t r a c t Energy harvesting has many potential applications for structures wit...
This work presents a novel development of the impact-based mechanism for piezoelectric vibration ene...
This work proposes a piezoelectric energy harvester where the combination of the multi-frequency and...
A multifrequency mechanoelectrical piezoelectric converter intended for powering autonomous sensors ...
Multi-converter piezoelectric harvesters based on mono-axial and bi-axial configurations are propose...
AbstractThis work presents an approach for increasing operational bandwidth of a vibration energy ha...