Redirecting the wake from an upstream wind turbine by yawing its rotor can reduce the
negative impact of the wake on a downstream turbine. The present research investigated …

In this study, we perform a multi-objective parametric study for an array of three miniature
wind turbines subjected to active yaw control (AYC), with the objectives of maximizing the …

Near-wake effects of wind turbine models using the free-vortex wake have been studied
extensively, but there is a lack of validation for such predictions in the mid to far wake. This …

Efficient and accurate wake models are required for wind plant performance modeling and
the suite of engineering processes that support wind plant layout, control, and monitoring …

Data-driven wake models have recently shown a high accuracy in reproducing wake
characteristics from numerical data sets. This study used wake measurements from a lidar …

Yaw-based wake steering control is a potential way to improve wind plant overall
performance. For its engineering application, it is crucial to accurately predict the turbine …

The accuracy of analytical wake models applied in wind farm layout optimization (WFLO)
problems is of great significance as the high-fidelity methods such as large eddy simulation …

Counter-rotating vortices generated in wake steering not only deform the turbine wake, but
also can make the wake trajectory of a non-yawed downwind turbine deviate from its rotor …

Wind farm flow control represents a category of control strategies for increasing wind plant
power production and/or reducing structural loads by mitigating the impact of wake …

Next-generation models of wind farm flows are increasingly needed to assist the design,
operation, and performance diagnostic of modern wind power plants. Accuracy in the …