Abstract
Measurement taken from the Danish manufactured DANmark 25 wind turbine are presented. The turbine has LM 12H rotor blades constructed of fibre glass. The efficiency was measured during a 1032 hour period. The design of the turbine, and the site, meteorological conditions and the methods are described. The air break were tested and the oscillation frequency of the tower was measured. The results are presented in the form of graphs and tabels. (AB).
Citation Formats
Jensen, B.
Measurements on DANmark 25 250 kW LM 12H glass fibre blades; Maaling paa DANmark 25 250 kW LM 12H glasfibervinger.
Denmark: N. p.,
1989.
Web.
Jensen, B.
Measurements on DANmark 25 250 kW LM 12H glass fibre blades; Maaling paa DANmark 25 250 kW LM 12H glasfibervinger.
Denmark.
Jensen, B.
1989.
"Measurements on DANmark 25 250 kW LM 12H glass fibre blades; Maaling paa DANmark 25 250 kW LM 12H glasfibervinger."
Denmark.
@misc{etde_10133791,
title = {Measurements on DANmark 25 250 kW LM 12H glass fibre blades; Maaling paa DANmark 25 250 kW LM 12H glasfibervinger}
author = {Jensen, B}
abstractNote = {Measurement taken from the Danish manufactured DANmark 25 wind turbine are presented. The turbine has LM 12H rotor blades constructed of fibre glass. The efficiency was measured during a 1032 hour period. The design of the turbine, and the site, meteorological conditions and the methods are described. The air break were tested and the oscillation frequency of the tower was measured. The results are presented in the form of graphs and tabels. (AB).}
place = {Denmark}
year = {1989}
month = {Dec}
}
title = {Measurements on DANmark 25 250 kW LM 12H glass fibre blades; Maaling paa DANmark 25 250 kW LM 12H glasfibervinger}
author = {Jensen, B}
abstractNote = {Measurement taken from the Danish manufactured DANmark 25 wind turbine are presented. The turbine has LM 12H rotor blades constructed of fibre glass. The efficiency was measured during a 1032 hour period. The design of the turbine, and the site, meteorological conditions and the methods are described. The air break were tested and the oscillation frequency of the tower was measured. The results are presented in the form of graphs and tabels. (AB).}
place = {Denmark}
year = {1989}
month = {Dec}
}