Parameter |
Default |
Valid Options |
Significance |
SupgOnOff |
On |
On/Off |
SUPG denotes Streamwise Upwinding Petrov Galerkin method. It is important to have this parameter on. You can control it using the variable UpwindFactorForSaturation. |
CapillaryOnOff |
Off |
On/Off |
Capillary forces arise due to the interaction of two different fluid resin and air. This variable enable the inclusion of capillary pressure in the model equation. |
BouyancyOnOff |
Off |
On/Off |
Bouyancy forces come into play due to gravity. This may be significant in some RTM fills. When on, this enables the inclusion of gravity terms in the model equation. |
HeatTransferOnOff |
Off |
On/Off |
Includes heat transfer in the analysis. In a realistic problem, this should be on. |
CureOnOff |
Off |
On/Off |
Curing kinetics of the resin is included in the analysis if the variable is turned on. |
Fluid_type |
0 |
1/0 |
1 indicates that VARTM is on and compressibility of air comes into play. 0 turns off the compressibility. |
ShockCapturingOnOff |
Off |
On/Off |
Includes terms to capture a sharp front. This option has to be tested and improved. Please leave it off. |
ClipSaturationOnOff |
Off |
On/Off |
Enforces digital variation of S distribution thereby reducing smearing. However, this is an artificial approach. |