This work introduces automated wind turbine optimization techniques based on full aero‐
servo‐elastic models and investigates the potential of trailing edge flaps to reduce the …

Active trailing edge flap (ATEF) is a promising technology for controlling wind turbine loads
and enhancing energy production. The integration of this technology in the design of …

This paper presents an experimental assessment of a blended fatigue‐extreme controller for
load control employing trailing edge flaps on a lab‐scale wind turbine. The controller blends …

As wind turbines become larger and more flexible, the industry shifts towards advanced rotor
concepts and floating offshore substructures, and computational abilities rapidly improve …

A study was conducted of an intermittent binary control strategy for trailing edge flaps and
leading edge spoilers installed on wind turbine blades for the purpose of load alleviation …

This paper presents the active flow control capabilities of the Berlin Research Turbine that
are investigated within the large wind tunnel of the TU Berlin. This setup allows to assess …

Open-Access-Anteil Für die DFG-Antragstellung lag der Fokus auf der Identifikation von
nach DFG-Regularien förderfähigen Artikeln, die in den letzten zwei Jahren vor …