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Related Content (10)
Wind Tunnel - rear quarter
Photo by Sean Willis
created 5/18/1998
submitted 2/22/2003 08:57:21 PM
Drag and "streamline" data acquisition at Amoco Research Center wind tunnel, May 1998. Vehicle is Photon Torpedo, UIUC's entry into Sunrayce '97. Attempting to locate areas of flow separation, and develop methods to reduce drag on future design derivatives. Note linear bearings under all three wheels, and load cell under rear wheel.
Tuft testing
Photo by eloy avila
created 4/3/2002
submitted 4/3/2002 06:53:53 PM
1/8 scale model of a shape similar to the Third Degree Burner in crosswind configuration. Tufts near the bubble show turbulent/separated flow, although complete separation would have the tufts flipped over each other. Tufts near the edge also show that in crosswinds the shape has uneven downward lift.
Wind Tunnel Testing, Front Fairing Modified
Photo by Sean Willis
created 5/21/1998
submitted 9/9/2003 08:49:27 PM
Front Fairing Extension Wind Tunnel Test for UIUC Photon Torpedo. In an attempt to delay or eliminate stagnation behind the rear fairings, an additional fiberglass mockup of a fairing extension was added to the vehicle and tested for both flow pattern and overall drag reduction. Tests were qualitatively successful, with this photo exhibiting turbulent attached flow.
Tuft testing
Photo by eloy avila
created 4/14/2002
submitted 5/13/2002 01:05:18 PM
Here is an 1/8th scale shape being tested with tufts and exhibiting attached flow on the top. The fairings showed a need for redisign.
Sunburner Wind Tunnel Model
Photo by Dorian West
created 6/5/1992
submitted 4/5/2002 01:28:53 AM
Alex Tilson uses a wind tunnel to study the flat panel designed to replace the concentrator.
Full scale wind tunnel testing of Maize & Blue
Photo by Furqan Nazeeri
created 7/15/1993
submitted 1/4/2004 01:08:40 PM
In order to verify the computer models, we did full scale wind tunnel testing of Maize & Blue at Lockheed's facility in Georgia. The primary useful feedback from the testing was in regard to the design and usefulness of the wheel opening covers which were subsequently redesigned. Of course, it was also useful to have actual drag data for use in our race strategy similator.
1/4-Scale Model
Photo by Furqan Nazeeri
created 6/17/1992
submitted 1/17/2004 07:35:58 AM
An NC-milled 1/4-scale model of Maize & Blue being tested in U-M's 5'x7' wind tunnel. Note the smoke flow visualization.
Early Quarter Scale Model of Maize & Blue
Photo by Furqan Nazeeri
created 2/7/1991
submitted 2/7/2007 07:38:25 PM
This is an early quarter scale wind tunnel model of Maize & Blue. There were at least 4 preliminary designs that were tested in Michigan's 5' x 7' wind tunnel including this one. Note that the design is testing a 3-wheeled configuration with one wheel in front. Separately we built a full-scale test buck to evaluate the handling and performance of this configuration and based upon those tests, the design was ultimately abandoned in favor of a 4-wheeled design. You can see the final design of M&B in this model, however, because the final design had four wheels with the front two wheels in the side pods which created the challenge of having the front wheels nearly behind the driver (a handling challenge of its own!).
More Nuna I Wind Tunnel Testing
Photo by Eiso Vaandrager
created 2/5/2009
submitted 2/5/2009 11:04:06 AM

Nuna I wind tunnel analysis
Photo by Eiso Vaandrager
created 2/5/2009
submitted 2/5/2009 11:03:06 AM

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