experimentalInputs.h

Go to the documentation of this file.

    double Pr       = 101325.0;
    double Temp0    = 297;
/* Inputs for gelling reaction, XOH */
    double A_OH     = 1965.0;
    double E_OH     = 5.487e4;
    double OH_0   = 3765.0;
    double NCO_0  = 3765.0;
    double W_0    = -1.0;

    double catalyst;
    double polyol1_ini;
    double polyol2_ini;
    double amine_ini;
    double isocyanate1_ini;
    double isocyanate2_ini;
    double isocyanate3_ini;

/* Inputs for blowing reaction, XW */
    double A_W      = 1.385e3;
    double E_W      = 3.266e4;
/* Constants */
    double RR      = 8.3145;
    double rhoPoly = 1100.0;
    double rhoBL   = 1467.0;
/* Inputs for enthalpy */
    double DH_OH   = -7.49e4;
    double DH_W    = -8.6e4;
    double C_Poly  = 1800.0;
    double C_CO2   = 836.6;
    double C_BG    = 593.0;
    double C_BL    = 870.0;
    double lambda  = 2.0e5;
    double C_TOT;
// physical blowing agent (used for solubility model)
    int    phBL    = 1;     // 1=pentane, 2=R-11
// density model used
    int    denMod;
// kinetics model used
    int    kinMod  = 2;
    bool   dilution= true;
    double X_gel;
/* Inputs for weight fraction of gaseous CO2 in the mixture */
    double M_CO2   = 44.0;
    double M_B     = 137.37;
    double M_NCO   = 615.0;
    double M_air   = 29.0;
    double L0      = 0.155;
    double CO2_0   = 0.0;
// Other physical properties
    double surfaceTension = 25e-3;
// initial bubble size distribution
    double sig      = 1e-1;
    double init_size= 2.0e-6;
    double NN       = 0.138e12;
    double air_g;
// integration parameters
    double abs_err = 1e-6;
    double rel_err = 1e-6;
    double dt = 1e0;
    double tend = 200;
// Realizability
    bool realizabilityCheck = false;    // switch for realizability
// 2nodes vs meanDiameter
    std::string bubbleMode;     // mean radius, two nodes
    bool apparentViscosity;
    // bool kinetics_basf = false;