Abstract
The design of large wind power systems in Germany is reviewed with attention given to elaboration of the total wind energy system, aerodynamic design of the rotor blade, and wind loading effects. Particular consideration is given to the development of composite glass fiber/plastic or carbon fiber/plastic rotor blades for such installations.
Citation Formats
Kussmann, A, Molly, J P, and Muser, D.
Composite rotor blades for large wind energy installations.
Germany: N. p.,
1979.
Web.
Kussmann, A, Molly, J P, & Muser, D.
Composite rotor blades for large wind energy installations.
Germany.
Kussmann, A, Molly, J P, and Muser, D.
1979.
"Composite rotor blades for large wind energy installations."
Germany.
@misc{etde_5064340,
title = {Composite rotor blades for large wind energy installations}
author = {Kussmann, A, Molly, J P, and Muser, D}
abstractNote = {The design of large wind power systems in Germany is reviewed with attention given to elaboration of the total wind energy system, aerodynamic design of the rotor blade, and wind loading effects. Particular consideration is given to the development of composite glass fiber/plastic or carbon fiber/plastic rotor blades for such installations.}
journal = []
journal type = {AC}
place = {Germany}
year = {1979}
month = {Jun}
}
title = {Composite rotor blades for large wind energy installations}
author = {Kussmann, A, Molly, J P, and Muser, D}
abstractNote = {The design of large wind power systems in Germany is reviewed with attention given to elaboration of the total wind energy system, aerodynamic design of the rotor blade, and wind loading effects. Particular consideration is given to the development of composite glass fiber/plastic or carbon fiber/plastic rotor blades for such installations.}
journal = []
journal type = {AC}
place = {Germany}
year = {1979}
month = {Jun}
}