Abstract
Wind power plants are promising alternative energy systems. The rotor blades are subject to high demands: Long life, light weight, and high stiffness. A GFRP/CFRP combination was chosen for a 316 kW plant, the composite construction is by far superior to the metal construction. Design, fabrication, and testing are described. The plant has a power of 316 kW for a wind velocity of 8.5 m/sec, a rotational speed of 37 min/sup -1/, a rotor diameter of 52 m with a blade length of 25.2 m and a blade mass of 1 t. An experimental component 10.2 m long was constructed and tested with satisfactory results.
Citation Formats
Krautwald, R.
Carbon fiber reinforced materials - glass fiber reinforced materials.
Germany: N. p.,
1980.
Web.
Krautwald, R.
Carbon fiber reinforced materials - glass fiber reinforced materials.
Germany.
Krautwald, R.
1980.
"Carbon fiber reinforced materials - glass fiber reinforced materials."
Germany.
@misc{etde_5166740,
title = {Carbon fiber reinforced materials - glass fiber reinforced materials}
author = {Krautwald, R}
abstractNote = {Wind power plants are promising alternative energy systems. The rotor blades are subject to high demands: Long life, light weight, and high stiffness. A GFRP/CFRP combination was chosen for a 316 kW plant, the composite construction is by far superior to the metal construction. Design, fabrication, and testing are described. The plant has a power of 316 kW for a wind velocity of 8.5 m/sec, a rotational speed of 37 min/sup -1/, a rotor diameter of 52 m with a blade length of 25.2 m and a blade mass of 1 t. An experimental component 10.2 m long was constructed and tested with satisfactory results.}
journal = []
volume = {10}
journal type = {AC}
place = {Germany}
year = {1980}
month = {Oct}
}
title = {Carbon fiber reinforced materials - glass fiber reinforced materials}
author = {Krautwald, R}
abstractNote = {Wind power plants are promising alternative energy systems. The rotor blades are subject to high demands: Long life, light weight, and high stiffness. A GFRP/CFRP combination was chosen for a 316 kW plant, the composite construction is by far superior to the metal construction. Design, fabrication, and testing are described. The plant has a power of 316 kW for a wind velocity of 8.5 m/sec, a rotational speed of 37 min/sup -1/, a rotor diameter of 52 m with a blade length of 25.2 m and a blade mass of 1 t. An experimental component 10.2 m long was constructed and tested with satisfactory results.}
journal = []
volume = {10}
journal type = {AC}
place = {Germany}
year = {1980}
month = {Oct}
}