Event Title
Wind Turbine Research
Major
Physics
Faculty Mentor
Hauke Busch
Keywords
Hauke Busch
Abstract
The Evaluation and Testing of Various Bladeless Wind Turbine Designs for use as an alternative renewable energy source By: Ian Agnew, Austin Card, Jonathon Gardner and Taylor Ray Over the last two decades wind turbines have proven themselves globally as a reliable, renewable, and clean energy source. Even though wind turbines are simpler in design and do not pollute during operation as compared to conventional energy sources, many improvements can still be made. The design of a bladeless wind turbine offers potential improvements such as cost savings, reduction of operating noise level, simplification of the manufacturing process, reduction of maintenance costs, and incorporation of eco-friendly features. In order to analyze various turbine designs, a wind tunnel with a 30.3cm x 29.1cm test section was constructed. Several different wing sections are being evaluated in order to determine the turbine design and engineered for optimal aerodynamic efficiency over a Range of Reynolds numbers. Other factors like Pressure coefficients and overall drag profile of the designs will be analyzed as well.
Session Name:
Poster Presentation Session #1 - Poster #71
Start Date
4-4-2014 11:30 AM
End Date
4-4-2014 12:15 PM
Location
HSB 3rd Floor Student Commons
Wind Turbine Research
HSB 3rd Floor Student Commons
The Evaluation and Testing of Various Bladeless Wind Turbine Designs for use as an alternative renewable energy source By: Ian Agnew, Austin Card, Jonathon Gardner and Taylor Ray Over the last two decades wind turbines have proven themselves globally as a reliable, renewable, and clean energy source. Even though wind turbines are simpler in design and do not pollute during operation as compared to conventional energy sources, many improvements can still be made. The design of a bladeless wind turbine offers potential improvements such as cost savings, reduction of operating noise level, simplification of the manufacturing process, reduction of maintenance costs, and incorporation of eco-friendly features. In order to analyze various turbine designs, a wind tunnel with a 30.3cm x 29.1cm test section was constructed. Several different wing sections are being evaluated in order to determine the turbine design and engineered for optimal aerodynamic efficiency over a Range of Reynolds numbers. Other factors like Pressure coefficients and overall drag profile of the designs will be analyzed as well.