|
| file | postProcessBSD.C |
| | post-processing application to calculate the mean and variance of bubble size distribution
|
| |
| file | alphaCorrection.H |
| | checks the boundedness of alpha (phase volume fraction)
|
| |
| file | alphaEqns.H |
| | builds and solves the phase volume fraction equation.
|
| |
| file | alphaEqnsSubCycle.H |
| |
| file | BACheck.H |
| | checks the boundedness of field variables related to the physical and chemical blowing agents.
|
| |
| file | BAEqns.H |
| | builds the PDEs for the presence of different blowing agents. It also considers the user choice for the solution of PBE.
|
| |
| file | BASources.H |
| | builds the RHS of PDEs for the blowing agents.
|
| |
| file | checkGellingPoint.H |
| | checks if the gelling point reaches.
|
| |
| file | coalescenceKernel.H |
| | constant coalescence kernel
|
| |
| file | coalescenceSource.H |
| | source term due to bubbles coalescence
|
| |
| file | continuityErrors.H |
| | calculates and reports the continuity error
|
| |
| file | conversionCheck.H |
| | checks the boundedness of coversion values (for polyol and water).
|
| |
| file | conversionEqns.H |
| | builds and solves conversion equations based on the kinetic model chosen.
|
| |
| file | conversionSources.H |
| | builds the RHS of conversion equations based on the kinetics model chosen.
|
| |
| file | createFields.H |
| | creates all the required field variables.
|
| |
| file | densityEqns.H |
| | calculates the PU foam density
|
| |
| file | growthRate.H |
| | three different functions for growth rate
|
| |
| file | growthSource.H |
| | source term due to bubble growth
|
| |
| file | KineticsFields.H |
| | creates the field variables related to the PU kinetics
|
| |
| file | KineticsFunctions.H |
| | functions for kinetics calculations
|
| |
| file | modenaCalls.H |
| | instantiates the surrogate models
|
| |
| file | modenaData.H |
| | allocate memory for the surrogate models
|
| |
| file | MomConvert.H |
| | converts moments based on the unit volume of foam
|
| |
| file | MomEqns.H |
| | builds and solves moments equations
|
| |
| file | MomFields.H |
| | creates the field variables related to the moments
|
| |
| file | MomSources.H |
| | builds the RHS of PDEs for the moments.
|
| |
| file | pEqn.H |
| | builds and solves pressure equation
|
| |
| file | PUFoam.C |
| | macro-scale CFD tool for 3D simulation of foam expansion
|
| |
| file | readControls.H |
| | read controls
|
| |
| file | rheologyFields.H |
| | creates the field variables for the rheology
|
| |
| file | rheologyModel.H |
| | implementatino of three rheology models including constant, Newtonian, and non-Newtonian
|
| |
| file | simulationMode.H |
| | defines mold-filling and validation as two simulation modes
|
| |
| file | TCheck.H |
| | checks the boundedness of temperature values
|
| |
| file | thermalFields.H |
| | creates the field variables for the temperature equation
|
| |
| file | TSEqn.H |
| | builds and solves the temperature equation
|
| |
| file | TSSource.H |
| | builds the RHS of temperature equation
|
| |
| file | UEqn.H |
| | momentum equation
|
| |
1.8.13