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Experimental and numerical investigation of 3D aerofoil characteristics on a MW wind turbine

机译:mW风力机三维翼型特性的实验与数值研究

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摘要

3D aerofoil characteristics on a MW wind turbine is investigated through a combination of field measurements, wind tunnel tests and computational fluid dynamics (CFD). Surface pressuremeasurements as well as the integrated force coefficients for selected aerofoil sections on a blade of the turbine is compared to wind tunnel measurements on the same aerofoil sections in order to reveal the difference in performance of aerofoils on full scale rotors in atmospheric conditions and aerofoils in wind tunnels. The findings of the measurements are backed up by analogous CFD analysis involving fully resolved 3D computations on the wind turbine as well as 2D aerofoil simulations.
机译:通过现场测量,风洞测试和计算流体力学(CFD)的组合,研究了MW风力发电机的3D翼型特性。比较了涡轮叶片上选定的翼型截面的表面压力测量值和积分力系数,并与相同翼型截面上的风洞测量结果进行了比较,以揭示在大气条件下满刻度转子上的翼型性能和空气中翼型的性能差异。风洞。测量结果得到类似CFD分析的支持,该分析涉及风力涡轮机上完全解析的3D计算以及2D翼型仿真。

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