A new, three-dimensional, analytical, steady-state wake model is presented that includes
local flow acceleration near the rotor, improving the wake description compared to existing …

This work extends the capabilities of an operational dynamic wake model to yawed cases.
The proposed framework brings together flow sensing and Lagrangian flow modeling into a …

This study considers optimizing the planform of wind turbine blades to ultimately enhance
wind plant controls, namely, wake steering strategies. Adjoint‐enabled unsteady actuator …

This work reports on incorporating complex terrain into wind farm simulations for the
purpose of layout optimization. Adding complex terrain boundary conditions to NREL's …

In this study, the large eddy simulation method and the actuator line model are used to
investigate the wake redirection of two turbines. Different turbine spacings and yaw-based …

Modern large–scale wind farms consist of multiple turbines clustered together, usually in
well–structured formations. Clustering has a number of drawbacks during a wind farm's …

This study focuses on finding the optimum hub height (ie, tower height) distributions for two
interacting on-shore wind farms that are located on relatively complex terrain. Different …

Calibrating analytical wake models for wind farm yield assessment and wind farm flow
control presents significant challenges. This study provides a robust methodology for the …

With the increasing growth of wind farm installations, the impact of wake effects from wind
turbines on power output, structural loads, and revenue has become a major concern …

Yaw misalignment is currently being treated as one of the most promising methods for
optimizing the power of wind farms. Therefore, detailed knowledge of the impact of yaw on …