The drag-based Savonius hydrokinetic turbine (SHT) has an enormous potential for small-
scale power generation from free-flowing water and it can be deployed especially at sites …

The vertical-axis helical-bladed hydrokinetic turbine serves as a viable source of renewable
power that can extract kinetic energy of the free flowing water to generate electricity. Such …

The lift-type helical hydrokinetic turbine (LHHT) owns combined capabilities of low torque
pulsations and high rotating speed, stimulating the researchers' attention towards power …

In the context of energy crisis, extensive depletion of fossil fuel, and climate change, the
vertical-axis Savonius-type wind or hydrokinetic turbines appear to be promising candidates …

The vertical axis hydrokinetic turbine is increasingly being used as a renewable energy
device to harness tidal energy. In coastal regions with low tidal flow velocities, vertical-axis …

With the rising level of greenhouse gas emissions and fuel prices, the hydrokinetic turbines
have become increasingly popular for electricity generation in rural and remote areas …

Renewable energy sources have shown a remarkable impact. Innovative technologies have
been-developed; specifically, the hydrokinetic system is a type of zero-head class where-by …

The performance of lift-based hydrokinetic rotor turbines usually depends on the blade
sections or hydrofoil profile. Different hydrofoil blade sections, having different profiles and …

The rise in energy demand, climate change and depletion of fossil fuel, encourages the
researchers to find a solution to the scarcity of clean energy. Therefore, the extraction of …

Abstract Transverse Axis Crossflow Turbines (TACTs) are a niche subset of tidal turbines.
TACTs are not as well understood as the more traditional horizontal axis turbine and …