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*Energy Efficiency | *Energy Efficiency | ||
*Wind Farms | *Wind Farms | ||
==Criteria== | ==Criteria== | ||
To make clear, translucent decisions in the design making process, Team A.S.E will be utilizing the following client criteria; definitions, and weights(scale 0-10) will be included. | To make clear, translucent decisions in the design making process, Team A.S.E will be utilizing the following client criteria; definitions, and weights(scale 0-10) will be included. | ||
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==Literature Review== | ==Literature Review== | ||
===Windbelt Trademark=== | |||
The Tacoma Bridge Failure of 1940 was due to a destructive force aeroelastic flutter. Shawn Frayne, inventor of the windbelt technology, used aeroelastic flutter to catch the power of the wind. |
Revision as of 05:50, 9 July 2010
Intro To Windbelt Project Topics
In order to be successful in our design project, Team A.S.E (Ana,Shane,Enrique) will research the following topics on wind renewable energy:
- Electricity
- Wind Power
- Production Process
- Materials
- Climatology
- WindBelt Trademark
- Energy Efficiency
- Wind Farms
Criteria
To make clear, translucent decisions in the design making process, Team A.S.E will be utilizing the following client criteria; definitions, and weights(scale 0-10) will be included.
Literature Review
Windbelt Trademark
The Tacoma Bridge Failure of 1940 was due to a destructive force aeroelastic flutter. Shawn Frayne, inventor of the windbelt technology, used aeroelastic flutter to catch the power of the wind.