Materials Today: Proceedings
Numerical study of the structural static and fatigue strength of wind turbine blades
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Cited by (15)
Failure analysis of gas and wind turbine blades: A review
2023, Engineering Failure AnalysisFinite element analysis of damage mechanisms of composite wind turbine blade by considering fluid/solid interaction. Part I: Full-scale structure
2022, Composite StructuresCitation Excerpt :Accurate prediction of damage behaviors of blade under different wind velocity is significant to evaluate damage tolerance and load-bearing ability of blade. Now, some research has been launched with respect to the aerodynamic behaviors, damage tolerance and limiting load-bearing abilities of blade [11–19]. Although they presented some justifiable explanations on the damage reasons of full-scale blade or its subcomponents, comprehensive analysis from the damage mechanics and fracture mechanics perspectives of composite materials is relatively little.
Design and structural responses of a 38-meter sectional wind turbine blade under extreme static loads
2022, Composite StructuresCitation Excerpt :Fiber-reinforced polymer composites (FRPCs) have continued to see increasing applications in various fields due to their excellent performance e.g., they have a high specific strength and excellent corrosion resistance. Wind energy, and more specifically wind turbine (WT) blades, have become a significant sector of FRPC products [1,2], and the global cumulative capacity of WTs has maintained an average annual growth rate of 15% in the past 10 years [3]. In order to capture more wind energy and to reduce its cost, the length of WT blades has been increasing continuously [4].
Performance of wind turbine blade on E-glass fiber, and nano TiO<inf>2</inf>AW 106 epoxy composites
2021, Materials Today: ProceedingsA review on the technologies, design considerations and numerical models of tidal current turbines
2020, Renewable EnergyCitation Excerpt :Other abbreviations are also used for horizontal axis turbines reported in the literature like horizontal axis tidal turbine (HATT) and horizontal axis tidal stream turbine (HATST) concept [49]. For vertical axis turbines, the following abbreviation is found in the literature, vertical axis tidal turbines (VATT) [50]. Relating to Priegue and his co-workers’ [51], the experiments tests confirmed that blade roughness of a vertical axis tidal turbine (VATT) affects negatively turbine performance.