Hydrokinetic energy conversion devices provide the facility to capture energy from water
flow without the need of large dams, impoundments, channels or deviation of the water as in …

Nowadays, considering the importance of energy and the important role of wind in energy
production, the present study investigates increasing the power coefficient of wind turbines …

In the present study, the impact of utilizing an encompassing duct on the aerodynamic
performance of a micro horizontal axis wind turbine (HAWT) was numerically and …

Diffuser-augmented tidal turbines (DATTs) are determined and regarded as efficient in
converting tidal energy. In this paper, which is stipulated by a large group of researchers, the …

Shrouding a turbine boosts power, lowers cut-in speed, but raises installation costs, and
limits adaptability to wind shifts. A compact, wide-angle DAWT with competitive capacity is …

In the current work, a micro-horizontal axis diffuser-augmented turbine (MHDT) system for
renewable energy applications of marine or river stream systems is designed and analyzed …

This paper presents the results of hydrodynamic performance and wake assessment for a
horizontal axis tidal current turbine. The three-dimensional instantaneous flow field is …

Due to the recent growing interest in wind energy in urban industry, the present research
investigates the increase in power of a micro-wind system using a duct and an auxiliary …

Social and political concerns on climate change have made renewable energy an essential
component of government's work plans. Grid-connected horizontal-axis hydrokinetic …

Placing a diffuser around a wind turbine can increase its power output, but not all
mechanisms by which the diffuser alters the aerodynamics have been investigated …