...Jesus Alejandro Franco; Gael Salinas-Anaya Advancements in wind turbine technology are critical for the global renewable energy landscape. The continuous growth of wind turbine capacities has presented various challenges for flow and power control strategies. New smart systems are mandatory...

... renewable energy laboratory 5-MW reference wind turbine using the sparsity-promoting dynamic mode decomposition (SP-DMD) method for the detection of dynamically relevant flow structures. Large eddy simulation (LES) of the flow impacting the wind turbine is carried out by solving the filtered Navier–Stokes...

..., the modified rotor is outperforming the conventional one but keeping its unique features. The modified rotor offers exceeding performance at a tip speed ratio (TSR) greater than 0.8. The new peak of the power coefficient C p is reached at TSR = 1.4 which is a typical operating condition of the wind turbine...

...Sebastian Henao Garcia; Aldo Benavides-Morán; Omar D. Lopez Mejia This paper challenges the standard wind turbine design numerically assessing the wake and aerodynamic performance of two- and three-bladed wind turbine models implementing downwind and upwind rotor configurations, respectively...

...D. Keisar; B. Eilan; D. Greenblatt A novel positive displacement, high pressure, vertical axis wind pump (HP-VAWP) was evaluated for the application of stand-alone high-pressure reverse-osmosis desalination and drip irrigation systems. The direct interface between a vertical axis wind turbine (VAWT...