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Compared with the conventional plate blade, the maximum pull force of the bionic blade is increased by 37.8% and the maximum impeller efficiency is 38.3% higher.
Both simulation and measurement indicated that the maximum power coefficient of the BEMT-blade was increased by more than 50% as compared with the baseline-blade.
The size of wind turbine blades is increasing in order to improve energy efficiency.
Two distinct flow regimes were observed as blade speed was increased.
However, the size of the recirculation regions and the number of blade passes that the particles spent therein decreased as fill level was increased or as blade speed was increased.
This assumption has been explored in the last years, principally for the turbine with large diameter, once the relative velocity near the hydrokinetic blade tip is increased, resulting in large angle of attack.
It was then demonstrated that the flutter performance of the wind turbine blade can be increased by using lighter and stiffer carbon fibers which ensures the higher structural BTC at the same time.
The rotational speed of the wind blades can be increased using steering aerofoils surrounding the blades.
Because of the optimum adjustment of the distance and angle of the aerofoils the rotational speed of the blades can be increased by 32% on the experimental device.
Compared with as-received blades, HCF vibration fatigue lives of the blades with LSP were increased by one order of magnitude.
However, epiBL was increasing the bending angle between first leaf blade and sheath while PCZ treatment was decreasing this angle.
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