Wake characteristics of a tower for the DOE-NASA M0D-1 wind turbine
Joseph M. Savino, Lee H. Wagner, Mary Nash, United States. Dept. of Energy. Division of Solar Energy
Dept of Energy, Office of Energy Technology, Division of Solar Energy, 1978 - Technology & Engineering - 26 pages
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average velocity defect average velocity ratio average wake averaged values blade plane blade radius Blade tip configuration Continued determined DOE-NASA MOD-1 WIND downstream downwind eight-leg model eight-leg tower concept Eleva Figure 18 geometric gusset plates Horizontal distance horizontal members increase kilowatt l/40th-scale model locity low-speed wind tunnel Mary Nash mean value mean width ratio measuring plane measuring station locations Minimum Average Width minimum velocity ratio MOD-1 tower model MOD-1 wind turbine MOD-l NASA nondimensional outer half outer limits Pitot tube plots presence of gusset range of wind ratio of wake Reynolds number rotor blade Savino shown in figure tests three tower models tion tower elevation tower stations tower wake V/Vq value of average values of wake variation Vav/Vo velocity defect ratio vertical centerline Vm^n/Vo wake characteristics wake minimum velocity wake profile wake width ratio width to blade Wind approach angle wind speed profiles wind turbine design