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Free Vibration Analysis of Al 2024 Wind Turbine Blade Designed for Uttarakhand Region Based on FEA

机译:Al 2024风力涡轮机叶片的自由振动分析,专为基于FEA而设计的Uttarak手域

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The main objective of this research work is to introduce a new material for wind turbine blades. Al 2024 is selected for the suitability analysis. Finite element Method or Finite Element Analysis is a approximation techniques used for the analysis of complex objects and geometries. Wind power or wind energy is considered as a clean source of energy which produces no environmental harm during operation. The total wind power generation potential of India at a height of 50 m is 50000 MW. In recent years Indian Government has focused on this renewable source of energy. The main part of this research is to identify natural frequencies and natural vibration modes of the Al 2024 wind turbine blade. Wind Turbine blade design is a complex procedure. For the design of wind turbine blade Solid Edge software is used and the model is imported in ANSYS 14.0 for modal analysis. For the suitability analysis of Al 2024 we have done structural and Modal analysis. The results of the analysis are used to verify a structure's fitness for use. The analysis results were verified with experimental result available in literature.
机译:本研究工作的主要目标是为风力涡轮机叶片引入新材料。选择适用性分析的AL 2024。有限元方法或有限元分析是用于分析复杂物体和几何形状的近似技术。风力或风能被认为是一种清洁的能量来源,在运行期间不会产生环境损害。印度的总风力发电潜力在50米的高度为50000兆瓦。近年来,印度政府专注于这种可再生能源来源。本研究的主要部分是识别Al 2024风力涡轮机叶片的固有频率和自然振动模式。风力涡轮机刀片设计是一种复杂的程序。对于风力涡轮机叶片的设计,使用固识软件,并在ANSYS 14.0中导入模型以进行模态分析。对于AL 2024的适用性分析,我们已经完成了结构和模态分析。分析结果用于验证结构的使用健身。分析结果用文献中可用的实验结果进行了验证。

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