Wind power production is strongly affected by wake, and wake analysis is particularly
important for wind farm layout optimization. The purpose of this study is to establish a multi …

Large megawatt offshore wind turbine (OWT) is a complex dynamic system with variable
pitch and yaw functions, resulting in the bidirectional variable stiffness of blade and direction …

The performance of a small reconfigurable unmanned aerial vehicle (UAV) is evaluated,
combining a multidisciplinary approach in the computational analysis of additive …

Wind farm wake interactions are critical determinants of overall power generation efficiency.
To address these challenges, coordinated yaw control of turbines has emerged as a highly …

Under natural conditions, the wake velocity distribution approximates top-hat shape in the
near wake center, and a Gaussian shape in the far wake. To improve the prediction …

This research article discusses the active pitching technique for the H-Type Darrieus turbine
and its importance for the turbine's self-starting and enhanced power coefficient. The pitch of …

Wind tunnel experiments have been carried out to study the influence of wind shear and
turbulence intensity on the wake recovery characteristics of wind turbines. In this regard, the …

This paper focuses on a selected set of results from extensive experimental tests to
characterize the wake aerodynamics of an SD7062 wind turbine airfoil in steady-state and …

Con el auge de las energías renovables, los aprovechamientos eólicos han registrado un
desarrollo importante en los últimos veinte años. Simultáneamente, se están realizando …

This work focuses on the application of an innovative passive flow control technique,
utilizing microfiber coatings with diverging pillar cross-sections, inspired by gecko feet, on …