The potential of Darrieus-type Vertical Axis Turbines (VATs) in hydrokinetic applications,
especially when deployed into arrays or clusters, has gained recognition in the field of …

Hydrokinetic arrays, or farms, offer a promising solution to the global energy crisis by
enabling cost-effective and environmentally friendly energy generation in locations with …

In recent years, Darrieus turbines have received increasing attention by both the industrial
and the academic sector due to their advantages for both wind and hydrokinetic …

The deployment of multiple closely-spaced Darrieus turbines has recently gained interest in
the academic and industrial sectors due to their potential to increase power output and wake …

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

Current performance analysis processes for drag-dominant tidal turbines are unsuitable as
disk actuator theory lacks support for varying swept blockage area, bypass flow downstream …

The efficiency gains observed in a pair of closely spaced Darrieus turbines are suggesting
the deployment of multiple turbines as an appealing solution for wind and, particularly …

Drag-dominant tidal turbine energy holds tremendous clean energy potential but faces
significant hurdles as unsuitability of the actuator disc model due to the varying swept …

The efficiency gains observed in a pair of closely spaced Darrieus turbines suggest the
deployment of multiple turbines as an appealing solution for wind and, particularly …

The electricity generation capacity of hydrokinetic power plants can be enhanced by
paralleling multiple plants simultaneously. This study focuses on the longitudinal …