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April 3, 2012, 08:08 |
lagrangian solid particle tracking - OFv2.1
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#1 |
New Member
Join Date: Apr 2012
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Hello,
I'm using OpenFOAM v2.1 and I would like to visualize solid particle movements inside water tank. I would like to do it in a simple way, only one-way coupling would be needed (low concentration of small particles), and particle injection at the inlet of the tank I tried to use some solvers available on the internet but none of them is working. I know only basic C++ and I'm not able to create my own solver, even if it may look simple for you. Does anyone know a simple way to visualize solid particle movements with OpenFOAM 2.1 ? Thanks in advance |
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August 20, 2015, 15:53 |
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#2 |
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Sorry for restarting this thread but were you successful in finding a solver? I am interested in knowing it.
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August 21, 2015, 03:20 |
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#3 |
Member
Alireza Atrian
Join Date: May 2014
Posts: 39
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you can work with DPMFoam in OF2.3.0 or OF2.2.x
this solver considers two phases of water and solid and track the movement of them: http://www.openfoam.org/version2.3.0/dpm.php |
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August 21, 2015, 03:26 |
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#4 |
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Hi Ali,
I had a look at DPMFoam, but from its description it seems that it handles compressible fluids and solids and not incompressible fluids and solids which I want to work with. |
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August 21, 2015, 04:08 |
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#5 |
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Alireza Atrian
Join Date: May 2014
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DPMFoam is a Transient solver for the coupled transport of a single kinematic particle cloud including the effect of the volume fraction of particles on the
incompresible continuous phase.: as in transportProp we have: Code:
transportModel Newtonian; contiuousPhaseName water; nu 1.07e-06; rho.water 998.707; #include "PhaseIncompressibleTurbulenceModel.H" |
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August 21, 2015, 04:54 |
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#6 |
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Hi,
Is this the Goldschmidt tutorial you are referring to? As in that properties of air are mentioned. |
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August 21, 2015, 07:32 |
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#7 |
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Alireza Atrian
Join Date: May 2014
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this is not from "Goldschmidt"
but "Goldschmidt" is the same as what i wrote but for air and no other difference |
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August 21, 2015, 10:05 |
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#8 |
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Thanks Ali for the clarification
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lagrangian, particle tracking |
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