This paper aims to numerically study effectiveness of the use of a suitable combination of an
airfoil with modified trailing edge and jet flap in enhancing the energy harvesting …

The energy harvesting characteristics of actively pitching flapping foils under a two-degrees-
of-freedom (2DOF) system were investigated through numerical simulations. At a Reynolds …

In this study, we investigated the power generation capability of an oscillating wing energy
harvester featuring an actively controlled flap positioned at the wing's leading edge. The …

This study proposes a hybrid pitching motion for oscillating flat plates aimed at augmenting
the energy extraction efficiency of an energy harvester. The proposed hybrid pitching …

Designing an aero/hydrovehicle that mimics natural swimmers such as fish is a challenging
task. In the present study, an attempt has been made to mimic the fish tail motion that …

This work investigates the impact of the wake vortex on the energy extraction efficiency of a
tandem-configuration flapping foil. Most numerical research on these subjects is done on …

Inspired by the superior hydrodynamic performance of fish tails with swept shapes, whether
a flapping hydrofoil with swept leading edges has higher energy harvesting efficiency …

Extracting wave energy as propulsion for surface vehicles saves non-renewable energy.
The fluid moves in a circular or elliptical trajectory in the wave, and its direction of motion …

This study investigates the power generation capability of an oscillating wing energy
harvester equipped with two actively controlled flaps positioned at the leading and trailing …

At specified Reynolds numbers Re= ρ vc/μ= 5× 10 5⁠, this study investigates the power-
extraction regime of a flapping-foil turbine executing a figure-eight trajectory. This study …