With the increase in world energy demands, the focus has been shifted toward renewable
energy sources. Wind energy has been investigated as a viable source of energy in recent …

Seeking for an appropriate design of wind farm (WF) layout constitutes a complex task in a
wind energy project. An optimization approach is seriously needed to deal with this …

Experimental results are presented for the evolution of three turbulent quantities in the wake
of a porous object, analogous to a wind-turbine wake. These are the mean velocity deficit …

For a long period of time, researchers have been using analytical models to predict wake
characteristics behind wind turbines in wind farms. Early models were weak and just …

A novel concept of wind farm fault detection by monitoring the wind speed in the wake
region is proposed in this study. A wind energy dissipation model was coupled with a …

We propose an experimental study on the influence of the tip speed ratio on the spatial
development of a wind turbine wake. To accomplish this, a scaled wind turbine is tested in a …

A wind tunnel experiment is conducted to observe the downstream development of the wake
past a model vertical axis wind turbine (VAWT). The flow domain is composed of a …

The size of wind turbines has been increasing steadily over the past decades, and the
majority of these turbines are built in wind farms. As downstream turbines will be operating …

The wind energy community is in need of detailed full-field measurements in the wake of
wind turbines. Here, three dimensional (3D) wind vector field measurements obtained in the …

Permanent evolution of the establishment of wind farms in recent years pushes the
designers of wind farms to provide more effort in the optimization in order to reduce the …