
file  postProcessBSD.C 
 postprocessing 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 
 macroscale 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 nonNewtonian


file  simulationMode.H 
 defines moldfilling 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

