This paper investigates the effect of stacking sequence on the power output of a smart
composite panel integrated with piezoelectric patches, using lamination parameter …

In engineering, one of the effective methods to utilize the vibration of beams is to harvest
their vibration energy. The existing research mainly employed piezoelectric elements to …

Piezoelectric composites are a significant research field because of their excellent
mechanical flexibility and sufficient stress-induced voltage. Furthermore, due to the …

This paper developed smart composite structures with screen-printed piezoelectric
composite energy harvesters. P (VDF-TrFE) based composites with BaTiO 3 particles of …

Being able to scavenge and control the maximum power flow of the piezoelectric material is
a required challenge because of the applications in nanotechnology. This work proposes a …

The vibration energy harvester beam made of laminated composite material bonded with a
piezoelectric patch was studied. The harvester model was developed using finite element …

It is known that the displacement and stress on beams will directly affect the energy
harvesting performance. For this purpose, structural changes are made on the beam …

Energy consumption and control of electrical devices in flying electric vehicles with
propellers such as drones are important for the continuity of the movement process. With this …

In this study, an approach is proposed to examine hybrid piezoelectric energy harvesting
performances from vibrations induced by thermal and angular velocity loads in order to …

This paper investigates the influence of the adhesive layer between the piezoelectric
actuator and the base structure on the structural bending response in active vibration …