This article provides a comprehensive review of the most recent advances in the planning,
execution, and analysis of inflow and wake measurements from nacelle-mounted wind …

Wind farm design and analysis heavily rely on computationally efficient engineering models
that are evaluated many times to find an optimal solution. A recent article compared the state …

Engineering wake models that accurately predict wake in a computationally efficient manner
are very important for tasks such as layout optimization and control of wind farms. In this …

Wind turbine wake models typically require approximations, such as wake superposition
and deflection models, to accurately describe wake physics. However, capturing the …

It is well accepted the wakes induced by upstream turbines have an adverse impact on the
power production of downstream turbines and this ubiquitous phenomenon severely affects …

A recent expert elicitation showed that model validation remains one of the largest barriers
for commercial wind farm control deployment. The Gaussian-shaped wake deficit model has …

This study introduces a novel methodology that aims to minimize the number of different
wind turbine types used in nonuniform wind farms. This approach involves a trade-off to …

This paper describes a method to identify the heterogenous flow characteristics that develop
within a wind farm in its interaction with the atmospheric boundary layer. The whole farm is …

The actuator disc (AD) model combined with the Reynolds-averaged Navier-Stokes (RANS)
model has been demonstrated as the most effective approach for simulating wind farm …

Methods of turbine wake modeling are being developed to more accurately account for
spatially variant atmospheric conditions within wind farms. Most current wake modeling …