|December 20, 2012, 10:31||
Volume Controls help
Join Date: Oct 2012
Posts: 2Rep Power: 0
I have also posted this in the Star CCM+ forum as that is the software that I am using, but it may just be more a general meshing problem. Any help would be greatly appreciated.
I am trying to model a induction system, consisting of a pipe, a sensor and an airbox, with the area of primary interest being around the sensor. This is for my university major project.
I need a relatively small mesh both in terms of surface and volume around the sensor, but require a larger mesh in the pipe and airbox.
Ive been told I need to use volume controls, however my first attempt just made the whole model go to small mesh. This is 2% the size of the base which was 0.03m. I have managed to get it to make some difference as shown in the images, but it is not satisfactory.
Any advice on how to get this to work.
You have to open image in a new tab as there shared dropbox images.
Cheers for your help,
|mesh, volume controls|
|Thread||Thread Starter||Forum||Replies||Last Post|
|how to set periodic boundary conditions||Ganesh||FLUENT||13||January 22, 2014 05:11|
|mesh airfoil NACA0012||anand_30||OpenFOAM Meshing & Mesh Conversion||12||December 12, 2011 05:16|
|On the damBreak4phaseFine cases||paean||OpenFOAM Running, Solving & CFD||0||November 14, 2008 22:14|
|fluent add additional zones for the mesh file||SSL||FLUENT||2||January 26, 2008 12:55|
|Axisymmetrical mesh||Rasmus Gjesing (Gjesing)||OpenFOAM Native Meshers: blockMesh||10||April 2, 2007 14:00|