Abstract The Savonius Hydro-Kinetic Turbine (SHKT) has a frugal design with the possibility
of easy local manufacturing. Therefore, SHKT is a suitable proposition for off-grid power …

A hybrid hydrokinetic turbine can become an efficient converter to harness the untapped
hydrokinetic energy of small-scale hydro potentials sites such as canals and rivers …

Vertical-axis hydrokinetic turbines are promising option to harness the low velocity currents.
However, limited investigations have been carried out considering the interactions between …

In this study, an ellipsoid-shaped cross-flow hydrokinetic (ECFHKT) has been selected for
the study. The performance of the ECFHKT was investigated for different design parameters …

Hydrokinetic technology is an innovative approach to generate sustainable energy from river
systems by using the kinetic energy of free-flowing water. To utilize such energy hydrokinetic …

In-stream technology (hydrokinetic technology) is a newly emerging renewable energy
generation technology. The technology utilizes the kinetic energy of flowing water without …

In the present paper, three-dimensional numerical simulations were carried out to examine
the influence of the overlap ratio between the two straight edges on the advancing and …

Abstract At present, Computational Fluid Dynamics (CFD) is being utilized to explore tidal
and hydrokinetic turbine systems, advancing comprehension of turbulent flow phenomena …

The rising global demand for clean and renewable energy has intensified interest in
hydrokinetic energy harvesting, with Savonius turbines gaining attention due to their …

According to the literature, the last improvement to the Actuator Disc Theory for hydrokinetic
turbines in channel flows included blockage ratio and Froude number as independent …