In this study, load effects of identically rated power two- and three-bladed rotor wind turbines are computed and compared using the requirements of the IEC61400-3 standard. The two-bladed turbine includes a teeter mechanism. Moreover, an improved blade design is considered for the two-bladed turbine. A series of wind turbine operational simulations was performed for the wind turbine models under selected design load cases of IEC61400-3 standard. Loads were computed using the FAST code. The series of simulations were driven and post-processed using the FAST_SM code. Additionally, fatigue damages of the two- and three-bladed rotor wind turbines were computed. The study showed that the maximum load effects and fatigue damage of the two-bladed wind turbine generally increased compared to the three-bladed turbine. The simulation results also showed that the baseline design blade of the two-bladed wind turbine requires improvement in order to sustain the computed large load effects.
A Study of Load Comparison of Two- and Three-Bladed Rotor Wind Turbines
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Lee, JW, Andersen, B, Jehan, M, Afjeh, A, & Nikolaidis, E. "A Study of Load Comparison of Two- and Three-Bladed Rotor Wind Turbines." Proceedings of the ASME 2014 International Mechanical Engineering Congress and Exposition. Volume 6B: Energy. Montreal, Quebec, Canada. November 14–20, 2014. V06BT07A068. ASME. https://doi.org/10.1115/IMECE2014-37171
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