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Model coupling from 2D-axi to 3D in fluid flow
Posted 15.04.2013, 03:23 GMT-4 Computational Fluid Dynamics (CFD), Geometry, Mesh, Parameters, Variables, & Functions Version 4.3 0 Replies
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I'm simulating an electrostatic precipitator, as uploaded picture.
In this, the geometry can be considered as a symmetric cylinder, so I think the laminar flow module can be solved in 2D-axisymmetric model, and this result can be reasonable compared to the real physics.
However, particle tracing module in 2D-axi doesn't seem to follow the real physics.
So here, I want to simulate laminar flow module in 2D-axi, and particle tracing module in 3D.
Integration coupling variables can be a good method for this, but it does not give me a good result.
Is there anybody who can deal with this problem?
Or, just you can suggest any opinion^^ I want to listen to many thinking of you.
Take care
CH2
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Hello Chang-Ho Han
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