Lowering the cost of wind energy entails the optimization of wind turbine material
consumption without compromising structural safety. Traditionally, wind turbines are …

We define and demonstrate a procedure for quick assessment of site-specific lifetime fatigue
loads using simplified load map** functions (surrogate models), trained by means of a …

This paper exposes the risk of generalization of wind conditions from a single met-mast
measurement to be representative of the actual flow field in a wind farm situated in complex …

We analyse high‐frequency wind velocity measurements from two test stations over a period
of several years and at heights ranging from 60 to 200 m, with the objective to validate wind …

Proper wind turbine design relies on the ability to accurately predict ultimate and fatigue
loads of turbines. The load analysis process requires precise knowledge of the expected …

Loads simulations as performed to obtain design loads on wind turbines, requires wind
turbulence as an input, characterized by parameters associated with the turbulence length …

According to the wind turbine standard IEC 61400-1, structural integrity of wind turbines is
determined either by direct reference to wind data or by load calculation. In both cases …

A procedure for map** wake‐induced load predictions computed with the dynamic wake
meandering model to a computationally efficient surrogate model approximation is defined …

Summary The Global Atlas for Siting Parameters project compiles a suite of models into a
complex modeling system, uses up‐to‐date global datasets, and creates global atlases of …

A new k‐ϵ model is introduced that is consistent with Monin–Obukhov similarity theory
(MOST). The proposed k‐ϵ model is compared with another k‐ϵ model that was developed …