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March 3, 2003, 05:56 |
Internal sources
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#1 |
Guest
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Hi
I am trying to simulate an internal mass source (inlet), by defining an inlet on a solid. However I keep on encountering an error, saying that I have defined a wall between two fluid cells. Does anyone know what this means ? Thanks |
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March 4, 2003, 19:05 |
Re: Internal sources
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#2 |
Guest
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Hi Steven,
By internal mass source, do you mean it is surrounded by fluid? Inlets can only be specified on external boundaries. Robin |
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March 5, 2003, 04:01 |
Re: Internal sources
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#3 |
Guest
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Is it a 3D solid or is it just a wall on a surface. I think it must be a 3D solid.
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March 5, 2003, 10:07 |
Re: Internal sources
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#4 |
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I am using using a 3D solid, to model building column. Attached to this column is a fresh air duct.This fresh air duct is supplied from another floor.
I specified a wall Patch (with a boundary condition ) on a 3D solid column to model the incoming flow. However I find that I get error messages stating that I have defined a wall between two fluid cells. Is this the wrong approach ? What is the best way to model this problem ? Thanks Steven |
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March 5, 2003, 10:13 |
Re: Internal sources
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#5 |
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Hi Robin
By internal source I mean I am trying to specify a inlet (wall patch)on a 3D solid within the computational domain. However I keep on getting an error message stating I have defined a wall between two fluid cells ?? Thanks Steven |
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March 5, 2003, 17:18 |
Re: Internal sources
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#6 |
Guest
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Did you specify the solid as a cut-out solid in your domains form?
Robin |
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March 5, 2003, 20:57 |
Re: Internal sources
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#7 |
Guest
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No just one solid
Steven |
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