Select the Sources check box to specify sources for the point.
Select the equation source to specify.
Possible equation source types include: mass fraction, energy, continuity (mass), turbulence, Additional Variable. For details, see Source Coefficient / Total Source Coefficient in the CFX-Solver Modeling Guide.
Select the Continuity check box to set sources for the continuity equation.
For details, see Mass (Continuity) Sources in the CFX-Solver Modeling Guide.
Additional information is available in:
This is only available when mixtures are included in the fluids list in the domain. You can specify a Total Source and an optional Total Source Coefficient for improved convergence for strongly varying sources. For details, see General Sources in the CFX-Solver Modeling Guide.
Set the Total Source for the Additional Variable and an optional Total Source Coefficient. A source for an Additional Variable can be set only if it is solved for.
Continuity sources differ from other sources
because you are introducing new fluid into the domain. Properties
that are required of the fluid, which is entering the domain, appear
in the Variables section of the form. These values
are not used if the source is negative, because no new fluid is introduced
into the subdomain. For details, see Mass (Continuity) Sources in the CFX-Solver Modeling Guide.
The value of the mass source is set using the Total Fluid Mass Source option. For details, see Mass (Continuity) Sources in the CFX-Solver Modeling Guide.
Set a value for any Additional Variables that are introduced with the mass source. For details, see Mass (Continuity) Sources in the CFX-Solver Modeling Guide.
Enter mass fractions of each of the components in the mass source. For details, see Mass (Continuity) Sources in the CFX-Solver Modeling Guide.
A total source for the energy equation can be set. The optional Total Source Coefficient provides improved convergence for strongly varying sources. An energy source can set specified when the parent domain models heat transfer using the thermal energy or total energy models.
When the flow is turbulent, a total source for the Turbulence Eddy Dissipation or Turbulence Kinetic
Energy can specified. The optional Total Source
Coefficient provides improved convergence for strongly
varying sources. For details, see General Sources in the CFX-Solver Modeling Guide.