For the investigation of the passive technology in the Smart Blades project two different approaches have been chosen for the bend-twist-coupling effect. Structural bend-twist-coupling by implementing off-axis laminae in the layup of the blade and geometrical bend-twist coupling by sweeping the blade shape within the rotorplane. This report contains the data of the swept blade and the results of the load analysis which were determined during the investigations. The swept blade configuration has shown a remarkable fatigue load reduction at the tower and blade root. On the contrary some extreme loads have increased. Therefore the usage of swept blades at current turbines must be investigated individually to retain margins
Use of bend-twist coupled blades is one of the ways to alleviate fatigue loads in wind turbine syste...
Horizontal axis wind turbines have become an attractive renewable energy source due to their low car...
Improving wind turbine blades via bend-twist coupling confronts two difficult challenges. The first ...
The power generated by a wind turbine is proportional to the diameter of the blades on the turbine; ...
The growth of wind energy is sustained by innovation that lowers the cost of energy. One recent inno...
A dynamic modeling effort of a swept-blade wind turbine rotor has been conducted. The swept-blade c...
Most small–medium-sized turbine studies have focused on presenting new design methods and correspond...
Usage of composite materials in wind turbine blades is a passive mechanism to alleviate fatigue load...
The implementation of bend-twist coupling effect on wind turbine blades on the structural performanc...
A dynamic modeling effort of a swept-blade wind turbine rotor has been conducted. The swept-blade co...
Bending-twisting coupling in the composite blades is exploited for load alleviation in the whole tur...
Because of their aeroelastic behavior, swept wind turbine blades offer the potential to increase ene...
Modelling studies have shown that 1.5 and 3.0 MW wind turbines with blade sweep have an increased an...
This paper reviews issues related to the use of aeroelastic tailoring as a cost-effective, passive m...
Material bend-twist coupling has been widely studied in the research community as a passive control ...
Use of bend-twist coupled blades is one of the ways to alleviate fatigue loads in wind turbine syste...
Horizontal axis wind turbines have become an attractive renewable energy source due to their low car...
Improving wind turbine blades via bend-twist coupling confronts two difficult challenges. The first ...
The power generated by a wind turbine is proportional to the diameter of the blades on the turbine; ...
The growth of wind energy is sustained by innovation that lowers the cost of energy. One recent inno...
A dynamic modeling effort of a swept-blade wind turbine rotor has been conducted. The swept-blade c...
Most small–medium-sized turbine studies have focused on presenting new design methods and correspond...
Usage of composite materials in wind turbine blades is a passive mechanism to alleviate fatigue load...
The implementation of bend-twist coupling effect on wind turbine blades on the structural performanc...
A dynamic modeling effort of a swept-blade wind turbine rotor has been conducted. The swept-blade co...
Bending-twisting coupling in the composite blades is exploited for load alleviation in the whole tur...
Because of their aeroelastic behavior, swept wind turbine blades offer the potential to increase ene...
Modelling studies have shown that 1.5 and 3.0 MW wind turbines with blade sweep have an increased an...
This paper reviews issues related to the use of aeroelastic tailoring as a cost-effective, passive m...
Material bend-twist coupling has been widely studied in the research community as a passive control ...
Use of bend-twist coupled blades is one of the ways to alleviate fatigue loads in wind turbine syste...
Horizontal axis wind turbines have become an attractive renewable energy source due to their low car...
Improving wind turbine blades via bend-twist coupling confronts two difficult challenges. The first ...