Converting flow-induced vibrations into electricity for low-power generation has received growing attention over the past few years. Aeroelastic phenomena, good candidates to yield high energy performance in renewable wind energy harvesting (EH) systems, can play a pivotal role in providing sufficient power for extended operation with little or no battery replacement. In this paper, a numerical model and a co-simulation approach have been developed to study a new EH device for power generation. We investigate the problem focusing on a weakly aerodynamically coupled flutter-based EH system. It consists of two flexible wings anchored by cantilevered beams with attached piezoelectric layers, undergoing nonlinear coupled bending–torsion limit c...
In the present era, the demand for self-powered electronic instruments is increasing and their energ...
© 2018 IEEE. In this paper, using a high frequency mechanical stopper as a complementary energy harv...
The development of the Internet of Things infrastructure requires the deployment of millions of hete...
Piezoelectric energy harvesting from fluid flow, to power Ultra Low Power (ULP) devices, has gained ...
Aeroelastic energy harvesting can be used to power wireless sensors embedded into bridges, ducts, hi...
With the continuously decreasing power requirements of modern electronics, energy harvesting from so...
Energy harvesting has currently taken a central role due to its application to feed low power device...
Aeroelastic energy harvesters are a promising technology for powering wireless sensors and microelec...
In recent years, many new concepts for micro-power generation have been introduced to harness wasted...
International audienceThis paper presents an ultra-flexible piezoelectric air flow energy harvester ...
The goal of this project was to find innovative ways to harvest wind energy using phenomena known as...
This paper investigates the concept of piezoaeroelasticity for energy harvesting. The focus is place...
Development of new renewable energy sources has become paramount in the battle againstrising energy ...
Los dispositivos de cosecha de energía eólica representan una potencial alternativa a pequeñas bater...
A exploração de fenômenos aeroelásticos dinâmicos visando à conversão de energia do escoamento em el...
In the present era, the demand for self-powered electronic instruments is increasing and their energ...
© 2018 IEEE. In this paper, using a high frequency mechanical stopper as a complementary energy harv...
The development of the Internet of Things infrastructure requires the deployment of millions of hete...
Piezoelectric energy harvesting from fluid flow, to power Ultra Low Power (ULP) devices, has gained ...
Aeroelastic energy harvesting can be used to power wireless sensors embedded into bridges, ducts, hi...
With the continuously decreasing power requirements of modern electronics, energy harvesting from so...
Energy harvesting has currently taken a central role due to its application to feed low power device...
Aeroelastic energy harvesters are a promising technology for powering wireless sensors and microelec...
In recent years, many new concepts for micro-power generation have been introduced to harness wasted...
International audienceThis paper presents an ultra-flexible piezoelectric air flow energy harvester ...
The goal of this project was to find innovative ways to harvest wind energy using phenomena known as...
This paper investigates the concept of piezoaeroelasticity for energy harvesting. The focus is place...
Development of new renewable energy sources has become paramount in the battle againstrising energy ...
Los dispositivos de cosecha de energía eólica representan una potencial alternativa a pequeñas bater...
A exploração de fenômenos aeroelásticos dinâmicos visando à conversão de energia do escoamento em el...
In the present era, the demand for self-powered electronic instruments is increasing and their energ...
© 2018 IEEE. In this paper, using a high frequency mechanical stopper as a complementary energy harv...
The development of the Internet of Things infrastructure requires the deployment of millions of hete...