Wind energy has become a mature technology in the past decade. Nevertheless, in order to
continue its growth and development, there are still open challenges like wind farm control …

This paper presents the modeling framework Smart WindPark Laboratory Wind Flow Model
for real-time capable and three-dimensional dynamic wind farm simulation. Coupling it to a …

This paper presents simulation results of a real-time capable three-dimensional wind farm
flow model, which provides an environment to simulate aerodynamic conditions in wind …

As the size of wind turbines increases and their hub heights become higher, which partially
explains the vertiginous increase of wind power worldwide in the last decade, the interaction …

Recently, there has been an increasing interest in the academic community as well as in the
industrial sector about the operation and control of a wind farm at a farm level. This new …

Abstract Recently, the Actuator Line Model (ALM) has been evaluated with coarser
resolution and larger time steps than what is generally recommended, taking into account an …

Wind energy has developed worldwide, becoming a mature technology. Nevertheless,
major advances regarding wind turbine aerodynamics and control as well as wind farm …

Wind energy is expanding rapidly worldwide, being horizontal axis wind turbines the
technology of larger installed capacity. Modern multi-MW wind turbines have a torque …

Particle transport by fluid is probably one of the most difficult and involved subjects among
fluid dynamics, with many important issues in this field still to be fully understood. The main …

A high fidelity numerical framework, based on a LES+ ALM approach, to simulate the wind
flow through wind farms is presented in this work. The operation of a 7.7 MW onshore wind …