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3-D Turbulent Planar Jet (6.1 MB)
This animation illustrates an iso-vorticity in a low-Reynolds number, three-dimensional, planar jet. The results were obtained via direct numerical simulation using and a Reynolds number based on the jet-velocity and jet-width of 3000. |
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3-D Mixing Layer (x.x MB)
Here is the decription for this movie! |
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3-D Round Jet (1.7 MB)
This animation shows fluid temperature superimposed upon surfaces of constant vorticity in a round three-dimensional jet. |
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2-D Angled Jets (3.2 MB)
In this animation contours of a conserved scalar are shown for two jets which are angled towards each other. The resulting unstability gives rise to a very uniform (in mean) species field, albeit very turbulent. |
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Nucleation Rate (1.1 MB)
This animation portrays the nucleation of dibuthlypthalate nanoparticles in a two-dimensional planar jet. The jet containing DBP vapor issues at a temperature of 400K into a co-flowing stream at 300K. The high-temperature stream cools, super-saturation occurs and particles nucleate. |