File:Bidisperse Lock Exchange Particle Driven Current.png: Difference between revisions
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Nasr Azadani (talk | contribs) Isosurface of concentration (c=0.1) for a bidisperse turbidity current produced by a lock-exchange configuration interacting with a Gaussian bump. The DNS simulation is carried out by TURBINS for the Reynolds number equal to 2,000 and Schmidt number equal |
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Latest revision as of 19:45, 13 February 2011
Isosurface of concentration (c=0.1) for a bidisperse turbidity current produced by a lock-exchange configuration interacting with a Gaussian bump. The DNS simulation is carried out by TURBINS for the Reynolds number equal to 2,000 and Schmidt number equal to 1.
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| Date/Time | Thumbnail | Dimensions | User | Comment | ||
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| delete all | current | 19:45, 13 February 2011 |  | 1,373 × 784 (189 KB) | Nasr Azadani (talk | contribs) | Isosurface of concentration (c=0.1) for a bidisperse turbidity current produced by a lock-exchange configuration interacting with a Gaussian bump. The DNS simulation is carried out by TURBINS for the Reynolds number equal to 2,000 and Schmidt number equal |
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