experimental verification of computational model for wind turbine blade geometry design

experimental verification of computational model for wind turbine blade geometry design

;Štorch Vít;Nožička Jiří;Brada Martin;Suchý Jakub
utilitas mathematica 2015 Vol. 92 pp. 02087-
166
vt2015epjexperimental

Abstract

A 3D potential flow solver with unsteady force free wake model intended for optimization of blade shape for wind power generation is applied on a test case scenario formed by a wind turbine with vertical axis of rotation. The calculation is sensitive to correct modelling of wake and its interaction with blades. The validity of the flow solver is verified by comparing experimentally obtained performance data of model rotor with numerical results.

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129070
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10.1051/epjconf/20159202087
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