Sripplinger (Talk | contribs) (Created page with " This page is currently under construction. The ''colloidalFoam'' solver uses particle tracking integrated with a basic fluid solver based on ''icoFoam''. The particle solve...") |
m (Wyldckat moved page ColloidalFoam to Contrib/ColloidalFoam: It's a contribution, even though it's still utterly a dummy one...) |
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The ''colloidalFoam'' solver uses particle tracking integrated with a basic fluid solver based on ''icoFoam''. The particle solver tracks all individual solid particles in the domain and calculates fluid drag as well as the Van der Waals and Electric Double Layer forces between particles and wall surfaces. Wall collisions and collisions between particles are also used. | The ''colloidalFoam'' solver uses particle tracking integrated with a basic fluid solver based on ''icoFoam''. The particle solver tracks all individual solid particles in the domain and calculates fluid drag as well as the Van der Waals and Electric Double Layer forces between particles and wall surfaces. Wall collisions and collisions between particles are also used. | ||
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| + | It was developed for the master thesis [http://digitalcommons.usu.edu/cgi/viewcontent.cgi?article=3044&context=etd Development of a Coupled Fluid and Colloidal Particle Transport Model] by Scott Ripplinger. | ||
== Theoretical Basis == | == Theoretical Basis == | ||
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=== Current bugs and issues === | === Current bugs and issues === | ||
=== Potential further development === | === Potential further development === | ||
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| + | [[Category:Incomplete pages]] | ||
Latest revision as of 17:15, 1 March 2014
This page is currently under construction.
The colloidalFoam solver uses particle tracking integrated with a basic fluid solver based on icoFoam. The particle solver tracks all individual solid particles in the domain and calculates fluid drag as well as the Van der Waals and Electric Double Layer forces between particles and wall surfaces. Wall collisions and collisions between particles are also used.
It was developed for the master thesis Development of a Coupled Fluid and Colloidal Particle Transport Model by Scott Ripplinger.
