A smart rotor configuration with linear quadratic control of adaptive trailing edge flaps for active load alleviation
L Bergami, NK Poulsen - Wind Energy, 2015 - Wiley Online Library
The paper proposes a smart rotor configuration where adaptive trailing edge flaps (ATEFs)
are employed for active alleviation of the aerodynamic loads on the blades of the NREL 5 …
are employed for active alleviation of the aerodynamic loads on the blades of the NREL 5 …
Smart dynamic rotor control using active flaps on a small‐scale wind turbine: aeroelastic modeling and comparison with wind tunnel measurements
TK Barlas, W Van Wingerden, AW Hulskamp… - Wind …, 2013 - Wiley Online Library
In this paper, the proof of concept of a smart rotor is illustrated by aeroelastic simulations on
a small‐scale rotor and comparison with wind tunnel experiments. The application of …
a small‐scale rotor and comparison with wind tunnel experiments. The application of …
High‐fidelity linear time‐invariant model of a smart rotor with adaptive trailing edge flaps
L Bergami, MH Hansen - Wind Energy, 2017 - Wiley Online Library
A high‐fidelity linear time‐invariant model of the aero‐servo‐elastic response of a wind
turbine with trailing‐edge flaps is presented and used for systematic tuning of an individual …
turbine with trailing‐edge flaps is presented and used for systematic tuning of an individual …
[图书][B] Smart rotor modeling
L Bergami - 2014 - Springer
This book presents the formulation of an aero-servo-elastic model for a wind turbine rotor
equipped with Adaptive Trailing Edge Flaps (ATEF), a smart rotor configuration. As the name …
equipped with Adaptive Trailing Edge Flaps (ATEF), a smart rotor configuration. As the name …
[PDF][PDF] Smart dynamic rotor control: Part 1, Design of a smart rotor
T Hulskamp, H Champliaud, JW van Wingerden… - TORQUE 2010, 2010 - orbit.dtu.dk
An important issue in researching the smart rotor concept is the load spectrum under
investigation. In order to obtain a representative load spectrum in experiments on a small …
investigation. In order to obtain a representative load spectrum in experiments on a small …
[PDF][PDF] Tuning of an individual flap controller using a high-fidelity linear time-invariant model of the smart rotor
L Bergami, MH Hansen - Wind Energy, 2016 - researchgate.net
A high-fidelity linear time-invariant model of the aero-servo-elastic response of a wind
turbine with trailing-edge flaps is presented and used for systematic tuning of an individual …
turbine with trailing-edge flaps is presented and used for systematic tuning of an individual …