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Finite Element Analysis of Composite Wind Turbine Blades

机译:复合风力涡轮机叶片的有限元分析

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A wind turbine is a structure that utilizes vanes called wind blades to transform wind power into electrical energy. Thus, Wind Blades play an essential role in a wind turbine. Wind blades strength may get vary depends upon the material chosen, this will improve the performance of Wind turbine. Composites are often the preferred material compare with other materials for blade production because they have different properties that support higher performance. The performance of wind blades made of composite materials such as carbon epoxy, graphite epoxy and steel are analyzed in this paper. Also, Computational modelling and analysis were carried out with the ANSYS finite element software package to gain insight into the appropriateness of these composites compared with steel for wind turbine blade applications under different loading conditions.
机译:风力涡轮机是利用称为风叶片的叶片的结构将风力转换为电能。因此,风刀片在风力涡轮机中起着重要作用。风刀片力量可能变化取决于所选择的材料,这将提高风力涡轮机的性能。复合材料通常是与刀片生产的其他材料相比的首选材料,因为它们具有不同的性能,可支持更高的性能。本文分析了由碳环氧树脂,石墨环氧树脂和钢等复合材料制成的风叶片的性能。此外,通过ANSYS有限元件软件包进行计算建模和分析,以获得与不同装载条件下的风力涡轮机叶片应用的钢相比能够实现这些复合材料的适当性。

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