AbstractEnergy harvesting from environmental vibrations attracts increasing interest in wireless sensor networks and microsystems. In this paper, we examine the feasibility of increasing the output power of cantilever energy harvesters through segmentation of the piezoelectric layer. Finite element method is used to calculate the static and dynamic performance of energy harvester for different segmentations
Vibration-based energy harvesting has been investigated by several researchers over the last decade....
This paper addresses an important issue of the individual layer thickness influence in a multilayer ...
This is the author accepted manuscript. The final version is available from Elsevier via the DOI in ...
AbstractEnergy harvesting from environmental vibrations attracts increasing interest in wireless sen...
Vibration-based EH (Energy Harvesting) using piezoelectric materials have been investigated by sever...
Over the last decade there has been a growing increase in research in the field of vibrational energ...
The work presented aims at modeling, designing and implementing an energy harvesting system capable ...
Piezoelectric energy harvesting is a way of converting waste mechanical energy into usable electrica...
As wireless sensor networks continue to grow in size and scope, the limited life span of batteries p...
Piezoelectric materials are excellent transducers in converting vibrational energy into electrical e...
Over the past few years, structural health monitoring using wireless sensors has received significan...
Autonomous self-powered wireless sensor devices are inevitable future technology that will potential...
Electromechanical modelling efforts in the research field of vibration-based energy harvesting have ...
Over the past few decades, wireless sensor networks have been widely used in civil structure health ...
AbstractThe paper presents a lumped parameter model of a vibration energy harvester consisting of a ...
Vibration-based energy harvesting has been investigated by several researchers over the last decade....
This paper addresses an important issue of the individual layer thickness influence in a multilayer ...
This is the author accepted manuscript. The final version is available from Elsevier via the DOI in ...
AbstractEnergy harvesting from environmental vibrations attracts increasing interest in wireless sen...
Vibration-based EH (Energy Harvesting) using piezoelectric materials have been investigated by sever...
Over the last decade there has been a growing increase in research in the field of vibrational energ...
The work presented aims at modeling, designing and implementing an energy harvesting system capable ...
Piezoelectric energy harvesting is a way of converting waste mechanical energy into usable electrica...
As wireless sensor networks continue to grow in size and scope, the limited life span of batteries p...
Piezoelectric materials are excellent transducers in converting vibrational energy into electrical e...
Over the past few years, structural health monitoring using wireless sensors has received significan...
Autonomous self-powered wireless sensor devices are inevitable future technology that will potential...
Electromechanical modelling efforts in the research field of vibration-based energy harvesting have ...
Over the past few decades, wireless sensor networks have been widely used in civil structure health ...
AbstractThe paper presents a lumped parameter model of a vibration energy harvester consisting of a ...
Vibration-based energy harvesting has been investigated by several researchers over the last decade....
This paper addresses an important issue of the individual layer thickness influence in a multilayer ...
This is the author accepted manuscript. The final version is available from Elsevier via the DOI in ...