Wind farm control has been a topic of research for more than two decades. It has been
identified as a core component of grand challenges in wind energy science to support …

Predictive high‐fidelity modeling of wind turbines with computational fluid dynamics,
wherein turbine geometry is resolved in an atmospheric boundary layer, is important to …

This study on overset meshes for incompressible-flow simulations is motivated by accurate
prediction of wind farm aerodynamics involving large motions and deformations of …

The flowfield around the rotor blades of a wind turbine is extremely complex due to the
occurrence of several aerodynamic phenomena. It is all the more true for floating offshore …

Accurate prediction of the dynamic responses of the floating offshore wind turbine (FOWT)
under the blade pitch motion is quite challenging because of the strong nonlinear effects. In …

As deployment of wind energy continues to expand, computationally efficient tools for
predicting wind plant performance over a wide range of layout designs, technology …

Adaptive Cartesian mesh approaches have proven useful for multi-scale applications where
particular features can be finely resolved within a large solution domain. Traditional patch …

The wake characteristics of a variable-speed pitch-regulated floating offshore wind turbine
(FOWT) under surge motions are studied using a Computational Fluid Dynamics (CFD) …

The deformation and vibration of wind turbine blades in turbulent environment cannot be
ignored; therefore, in order to better ensure the safety of wind turbine blades, the study of air …

A robust overset assembly method allowing for multiple overlapping bodies is presented.
This method extends the overset assembly method to deal with the interference between …