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Modeling and Calibration of Small-Scale Wind Turbine Blade

机译：小型风力涡轮机叶片的建模与校准

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The SEM Substructuring Focus Group has chosen an Ampair 600W wind turbine to be used as a test bed in the continued efforts to further experimental and experimental-analytical substructure coupling techniques. To assess such coupling techniques, validated models of the parts, the substructures considered, play a crucial role. This paper describes the modeling, calibration and validation of a Finite Element (FE) model of a blade for the test bed turbine. Orthotropic composite material modeling is used to set up the model, which is calibrated and validated based on results from an ambitious measurement campaign including both non-destructive testing for dynamic properties and dedicated destructive tests for deduction of material properties. The measurement campaign is carefully described in the paper.
机译：SEM子结构焦点组选择了AMPAIR 600W风力涡轮机以在继续努力中用作测试床，以进一步实验和实验分析的子结构耦合技术。为了评估这种耦合技术，验证的部件模型，所考虑的子结构，起到至关重要的作用。本文介绍了试验台涡轮机叶片的有限元（FE）模型的建模，校准和验证。正交复合材料建模用于建立模型，基于雄心勃勃的测量活动的结果进行校准和验证，包括用于动态性能的无损检测和用于扣除材料特性的专用破坏性测试。本文仔细描述了测量活动。

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