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| − | |+ | + | |+ Experiment & Numerical Simulation of the destabilization of a wet granular layer. |
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|{{#widget:YouTube|id=eUxOmE_2WDs|width=400|height=300}} | |{{#widget:YouTube|id=eUxOmE_2WDs|width=400|height=300}} | ||
|{{#widget:YouTube|id=ch3c1ICmyYY|width=400|height=300}} | |{{#widget:YouTube|id=ch3c1ICmyYY|width=400|height=300}} | ||
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| − | LEFT : Experiment | + | LEFT : Experiment - RIGHT : DNS coupling ''laplacianFoam'' and ''interFoam''. |
| − | RIGHT : DNS | + | |
| + | |||
| + | The experimental apparatus consists of a rectangular PMMA box locally heated from below. | ||
| + | The granular material (polystyrene spheres) is initially placed into the box and slowly settles down. | ||
Revision as of 15:17, 31 March 2016
LEFT : Experiment - RIGHT : DNS coupling laplacianFoam and interFoam.
The experimental apparatus consists of a rectangular PMMA box locally heated from below.
The granular material (polystyrene spheres) is initially placed into the box and slowly settles down.