Difference between revisions of "Main HowTos"
From OpenFOAMWiki
m (→How-Tos that can be of help) |
m (→How-Tos that are only planned/fragments) |
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If you feel like writing these: go ahead (but before you do: move them to the next section) | If you feel like writing these: go ahead (but before you do: move them to the next section) | ||
| − | [[Howto_adding_a_new_solver_to_foamX|Adding a new solver to FoamX]] | + | *[[Howto_adding_a_new_solver_to_foamX|Adding a new solver to FoamX]] |
| − | [[HowTo_Adding_a_new_wall_function|Adding a new wall-function]]. | + | *[[HowTo_Adding_a_new_wall_function|Adding a new wall-function]]. |
| − | [[HowTo_Adding_a_new_transport_equation|Adding a new transport equation to a solver]] | + | *[[HowTo_Adding_a_new_transport_equation|Adding a new transport equation to a solver]] |
| − | [[HowTo_Using_the_WaveTransmissive_Boundary_condition|Using the WaveTransmissiveBoundaryCondition]] | + | *[[HowTo_Using_the_WaveTransmissive_Boundary_condition|Using the WaveTransmissiveBoundaryCondition]] |
== How-Tos that are being worked on == | == How-Tos that are being worked on == | ||
Revision as of 20:28, 23 November 2009
- He'll teach you how to pick and choose
- And how to throw the blade.
- Bob Dylan (One more cup of coffee)
A How-To is a text that tells you "how to do something". (So far this is an unstructured list. If there is enough stuff it will get a structure).
So far the How-Tos will be sorted by their completion status
1 How-Tos that can be of help
These How-Tos are in a finished state. In other words: their authors think, that there is not much that can be improved.
2 How-Tos that are only planned/fragments
If you feel like writing these: go ahead (but before you do: move them to the next section)
3 How-Tos that are being worked on
These How-Tos have found someone who wants to write them. After completion they will be moved to the top section.
Importing a FLUENT mesh with internal walls
Installing OpenFOAM on a Mac OS X
Compiling OpenFOAM on a Mac OS X
How to calculate mass flux with a variable density flow
Adding a new boundary condition.
