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A platform for research: civil engineering, architecture and urbanism
Upstream and lateral wind turbine wake effects on nearby wind turbine performance
AbstractA selection of different 1:50 scale rotor blades were evaluated with dynamometers, force balances, and wake measurements to select a rotor model which correctly simulates the full-scale behavior of an actual wind mill. A wind-tunnel measurement program was then carried out on a set of five dynamic (operating) wind mills placed at various heights and orrientations to one another. The interdependence of wind-turbine performance on such spacing was determined.
Upstream and lateral wind turbine wake effects on nearby wind turbine performance
AbstractA selection of different 1:50 scale rotor blades were evaluated with dynamometers, force balances, and wake measurements to select a rotor model which correctly simulates the full-scale behavior of an actual wind mill. A wind-tunnel measurement program was then carried out on a set of five dynamic (operating) wind mills placed at various heights and orrientations to one another. The interdependence of wind-turbine performance on such spacing was determined.
Upstream and lateral wind turbine wake effects on nearby wind turbine performance
Neff, David E. (author) / Meroney, Robert N. (author) / McCarthy, Ed (author) / Davis, Earl (author)
Journal of Wind Engineering and Industrial Aerodynamics ; 36 ; 1405-1414
1990-01-01
10 pages
Article (Journal)
Electronic Resource
English