- add additional control via a Foam::infoDetailLevel flag, which is
supported by a 'DetailLevel' macro. Eg,
DetailLevel << "some information" << nl
- When infoDetailLevel is zero, the stdout for all Foam::system() calls
are also redirected to stderr to prevent child output from
appearing on the parent.
- close stdin before exec in system call.
- convenient way to temporarily suspend the SIGFPE handler.
Eg,
// Normal code with SIGFPE enabled ...
sigFpe::set();
{
// Ignore SIGFPE in this scope ...
sigFpe::ignore noFpeHandling;
...
}
- some paraview versions (eg, on windows) don't support float, only double.
This mostly affected the vtkSurfaceWriter.
The foamToVTK is also affected, but since it also supports the XML
output formats (vtp, vtu) these can be used instead.
- affected manually generated legacy output (vtkSetWriter, vtkSurfaceWriter)
- the order emitted by vtkSetWriter remains, but needs to revisited again.
Computes the heat transfer coefficient [W/m2/K] using a run-time
selectable model:
- ReynoldsAnalogy
- fixedReferenceTemperature
- localReferenceTemperature
NOTE: The radiative flux (qr) is positive when the heat flux is going into the wall,
this is oposite the the he flux which is positive going out of the wall.
The characteristics of the base scheme are recovered by applying an
explicit correction to the upwind scheme weights.
Usage
Example of the \c deferredCorrection scheme applied to the \c linear
scheme:
\verbatim
divSchemes
{
.
.
div(phi,U) Gauss deferredCorrection linear;
.
.
}
\endverbatim
Based on a generalised form of a deferred correction linear scheme
supplied by CFD Software E+F GmbH
Based on the reference:
Spalart, P. R. and Rumsey, C. L. (2007).
Effective Inflow Conditions for Turbulence Models in Aerodynamic
Calculations
AIAA Journal, 45(10), 2544 - 2553.
The decay control default is off for backwards compatibility. To enable
it, add the following to the coefficients dictionary
// Optional decay control
decayControl yes;
kInf \<far-field k value\>;
omegaInf \<far-field omega value\>;
