The wake characteristics of wind turbine mounted on complex terrains are of great
significance in wind energy utilization. The ground roughness and atmospheric stratification …

Wind energy is crucial to the transition to a carbon-free world. However, new wind farms are
increasingly sited on complex terrain, whose influence on turbine performance is still not …

With the increased installation of wind farm in complex terrain, the wake expansion of large-
scale wind turbine under real conditions downstream a hill is an elusive target and one of …

A convolutional neural network (CNN) autoencoder model has been developed to generate
3D realizations of time-averaged velocity in the wake of the wind turbines at the Sandia …

The wind speed and direction of flow fields in the time and space domains are complicated
owing to topographic relief, and it is not yet known how time-varying incoming wind speed …

This work is dedicated to the systematic investigation of wind turbine wakes under the effect
of pressure gradients. Wind tunnel experiments are carried out with a wind turbine …

Understanding the effect of thermal stratification on wind turbine wakes in complex terrain is
essential to optimize wind farm design. The effect of a three-dimensional hill on the …

Pressure gradient over topography will significantly affect wind-farm flow. However,
knowledge gaps still exist on how to superpose wind-turbine wakes in the wind-farm flow …

The power performance of a wind turbine in complex terrain is studied by means of Large
Eddy Simulations (LES). The simulations show that the turbine performance is significantly …

We investigate the effect of pressure gradient on the cumulative wake of multiple turbines in
wind tunnel experiments spanning across a range of adverse pressure gradient (APG), zero …