Floating wind turbines have the potential to enable global exploitation of offshore wind
energy, but there is a need to further understand the complex aerodynamic phenomena they …

Numerical simulations of the Vestas multi-rotor demonstrator (4R-V29) are compared with
field measurements of power performance and remote sensing measurements of the wake …

This article describes the application of neural networks for the design optimization of a
curved wind turbine blade using an aero-elastic simulator with synthetic inflow turbulence. A …

The manuscript presents a novel aero‐hydro‐servo‐elastic coupling framework, MIRAS‐
HAWC2. In this coupling, the wind turbine blades and rotor‐wake aerodynamics are …

The manuscript presents a novel numerical investigation on the impact of the wake of a
floating IEA wind 15‐MW reference wind turbine (RWT) on downstream machines using a …

This report consists of the user's guild and theory manual for a newly-integrated free vortex
wake method (OLAF) into OpenFAST. The report will serve as a reference for all pertinent …

Two flow models with different fidelity of the DTU vortex solver MIRAS have been used to
simulate the wake generated by a model wind turbine with various levels of asymmetry …

We investigate in this Paper the nonlinear aeroelastic response of large horizontal axis wind
turbines under a stochastically simulated turbulent wind field, which is instantaneously …

A hybrid filament‐mesh vortex method is proposed and validated to predict the aerodynamic
performance of wind turbine rotors and to simulate the resulting wake. Its novelty consists of …

With the development of wind energy in recent years, the aeroelastic performances and the
wake characteristics of a wind turbine and their effect on the downstream wind turbine have …