As the use of Darrieus turbines in water is becoming increasingly popular in the field of
renewable energy, it is essential to explore and evaluate existing research efforts. The …

An implication of a turbine current is the development of a wake, a reduced speed flow, thus
affecting the performance of an adjoined turbine. The aim of this study is to examine the …

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

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 …

Hydrokinetic turbines are prominent solutions for providing electricity by utilizing the kinetic
energy of flowing water streams. Various sites parameters such as flow velocity, channel …

Horizontal-axis hydrokinetic water turbines (HAHWT) represent a cost-effective and low-
maintenance opportunity for hydropower generation in low-velocity channels. To enhance …

The design of hydrokinetic plants in hydropower canals involves the choice of the array
layout, rotor geometry, turbine spacing, and array spacing, and necessitates the control of …

Hydropower tailrace channels are unique and attractive locations for hydrokinetic energy
harvesting due to fast currents, scheduled flow releases, proximity to existing structural and …

Micro hydro power plant offers the cheapest renewable as well as a clean energy resource
having abundant room for development. Cross flow turbine is easy to manufacture and …

Hydrokinetic turbines exploit partially the total head variation created in natural and artificial
waterways. In subcritical flows, the sum of the energy harvested mechanically and the …