Sritharan said the studies of
concrete turbine towers will continue at Iowa State.
Not exact matches
Could
concrete towers be a practical way to raise
turbine towers from today's 80 meters to the steadier winds at 100 meters and taller?
And so, Sritharan and Schmitz watched as Doug Wood, engineering specialist and manager of Iowa State's Structural Engineering Research Laboratory, typed in the commands for the lab's hydraulic equipment to push or pull with bigger loads on a full - size test segment of a 100 - meter
concrete wind
turbine tower.
Schmitz, an Iowa State graduate student of civil, construction and environmental engineering, and Sri Sritharan, Iowa State's Wilson Engineering Professor and leader of the's College of Engineering's Wind Energy Initiative, were trying to answer some basic questions about using
concrete panels and columns to build wind
turbine towers using prefabricated, easily transportable components.
«Engineers design, test taller, high - strength
concrete towers for wind
turbines.»
«
Concrete for taller wind
turbine towers passes tests, could help expand wind energy nationwide.»
Building wind
turbines and
towers also involve industrial processes such as
concrete and steel making.
A contractor said the dangers of big
turbines are associated with huge underground vaults at the
towers» bases (though, in fact,
turbine towers are planted in solid
concrete foundations).
What I was implying is that most of the steel and
concrete is in the foundations and
tower, and these should have > 100 years useful life even if
turbines are replaced every 20 - 30 years.