- any code placed here should provide Allwmake and Allwclean scripts
and normally have compilation targets into FOAM_APPBIN, FOAM_LIBBIN
Since there is no standardize places for sources or applications,
a simultaneous build of a module's doxygen documentation requires
a minor bit of manual effort. Add (via symlink) the sources into
the modules/doc/ directory to have them included in the normal
OpenFOAM doxygen documentation generation.
A makelink.example file is provided there as an example.
This forms part of what is termed 'automatic wall treatment' in the
reference:
Menter, F., Carregal Ferreira, J., Esch, T., Konno, B. (2003).
The SST Turbulence Model with Improved Wall Treatment
for Heat Transfer Predictions in Gas Turbines.
Proceedings of the International Gas Turbine Congress 2003 Tokyo
Note
The full 'automatic wall treatment' description also requires use of
the Foam::omegaWallFunction with the \c blended flag set to 'on'
omegaWallFunction
- re-instated behaviour when not using 'blended'
- turbulence generation always included when using 'blended'
- 'blended' now true by default
epsilonWallFunction
- re-instated low-Re switching
- disallow insert() of raw pointers, since a failed insertion
(ie, entry already existed) results in an unmanaged pointer.
Either insert using an autoPtr, or set() with raw pointers or autoPtr.
- IOobjectList::add() now takes an autoPtr instead of an object reference
- IOobjectList::remove() now returns an autoPtr instead of a raw pointer
- use normal instead of volumeType to decide on the sign.
This provides a continuous field and eliminates special handling of
GREAT in iso-surface routines.
- fix regression in isoSurfaceCell cutting that was introduced by the
previous adjustments for distanceSurface
- input or output scaling of values to manage dissimilar unit systems
in the structures model
- logging of communicated force, moments and updated positions.
This allows tracking of the information exchange throughout the
duration of the simulation and may assist in post-simulation diagnosis.
- default is now without polyhedral decomposition, since this produces
compacter files and VTK mananges this in most instances.
However, provide function object flag to reinstate the old behaviour.
Calculates and outputs a field whose values are offset to a reference
value obtained by sampling the field at a user-specified location.
The field values are calculated using:
\f[
f_c = s(f_{c,t} - f_p + f_{off})
\f]
where
\vartable
f_c | field values at cell
s | optional scale factor (default = 1)
f_{c,t} | current field values at cell at this time
f_p | field value at position
f_{off} | offset field value (default = 0)
\endvartable
Usage
Example of function object specification to calculate the reference
field:
\verbatim
pRef
{
type reference;
libs ("libfieldFunctionObjects.so");
...
field p;
result pRef;
position (0 0 0);
scale 1.2;
offset 100000;
}
\endverbatim
- the problem arises since the various surface writers are stateless.
The collated output format hacks around this limitation by adding in
its own fieldDict caching (to disk).
Now include an updateMesh() method to hook into geometry changes.
This is considered a stop-gap measure until the surface output
handling is improved.
