Microelectromechanical systems (MEMS) powered by conventional batteries are
disadvantaged in terms of scope of application and environmental friendliness because their …

In this study, the effect of asymmetric wake flow regime of two side-by-side cylindrical bluff
bodies on power output is experimentally examined by using a piezoelectric flag. Different …

Extensive wind tunnel experiments were performed to find the optimal and most influential
parameters for energy harvesting from piezoelectric membranes (thin elastic cantilevered …

Water hydraulic pump is an essential component of water hydraulic system, and periodic
pressure pulsation is generated during its operation. A hydraulic piezoelectric energy …

This study investigates the energy harvesting potential of the wake of different bluff bodies
using a piezoelectric membrane. Both hollow and solid C-shaped cylinders with similar …

The global demand for sustainable energy sources drives interest in flow energy harvesting
for renewable energy generation. Understanding the impact of boundary region size is …

In the current study, the penalty immersed boundary method (PIBM) is used to numerically
analyze the flap** motion of an inverted flag, placed behind a bluff body using two …

Coupling vortex-induced vibration (VIV) and gallo** is a promising strategy to enhance
the performance of VIV-based piezoelectric wind energy harvesters (PWEHs). In this paper …

This study presents a detailed comparative analysis of the piezoelectric flexible plate under
the influence of oscillating wakes of different bluff bodies. The piezoelectric plate is tested to …

Studies on the hydrodynamics of underwater flexible structures are gaining significant
attention. To improve the performance and stability of underwater flexible structures in …