Changing the angle of attack of an airfoil changes the attachment of the boundary layer, here visualized by rheoscopic fluid (fish scales) in a water flume.

Changing the angle of attack of an airfoil changes the attachment of the boundary layer, here visualized by rheoscopic fluid (fish scales) in a water flume.

By Jason Brownstein and Eric Fauble for Spring 2014 Team Second.
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A vortex created by a magnetic stirrer pulls down the water surface.
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Boundary layer flow over several immersed bodies is seen using rheoscopic fluid in a small flume.

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