ProcessLib::TES::FluidViscosityH2O Struct Reference

Detailed Description

Definition at line 106 of file TESOGS5MaterialModels.h.

#include <TESOGS5MaterialModels.h>

Static Public Member Functions
static double	get (double rho, double T)

Static Private Member Functions
template<int i>
static double	inner_loop (const double rho, const double T, const double(&h)[6][7])

Member Function Documentation

get()

static double ProcessLib::TES::FluidViscosityH2O::get ( double rho, double T )

inlinestatic

Definition at line 108 of file TESOGS5MaterialModels.h.

    {
        double my, my_0, my_1;
        double H[4];
 
        T = T / 647.096;
        rho = rho / 322.0;
 
        H[0] = 1.67752;
        H[1] = 2.20462;
        H[2] = 0.6366564;
        H[3] = -0.241605;
 
        double h[6][7] = {{0.0}};
        h[0][0] = 0.520094000;
        h[1][0] = 0.085089500;
        h[2][0] = -1.083740000;
        h[3][0] = -0.289555000;
        h[0][1] = 0.222531000;
        h[1][1] = 0.999115000;
        h[2][1] = 1.887970000;
        h[3][1] = 1.266130000;
        h[5][1] = 0.120573000;
        h[0][2] = -0.281378000;
        h[1][2] = -0.906851000;
        h[2][2] = -0.772479000;
        h[3][2] = -0.489837000;
        h[4][2] = -0.257040000;
        h[0][3] = 0.161913000;
        h[1][3] = 0.257399000;
        h[0][4] = -0.032537200;
        h[3][4] = 0.069845200;
        h[4][5] = 0.008721020;
        h[3][6] = -0.004356730;
        h[5][6] = -0.000593264;
 
        double sum1 = H[0] / mypow<0>(T);
        sum1 += H[1] / mypow<1>(T);
        sum1 += H[2] / mypow<2>(T);
        sum1 += H[3] / mypow<3>(T);
 
        my_0 = 100 * std::sqrt(T) / sum1;
 
        double sum2 = inner_loop<0>(rho, T, h);
        sum2 += inner_loop<1>(rho, T, h);
        sum2 += inner_loop<2>(rho, T, h);
        sum2 += inner_loop<3>(rho, T, h);
        sum2 += inner_loop<4>(rho, T, h);
        sum2 += inner_loop<5>(rho, T, h);
 
        my_1 = std::exp(rho * sum2);
 
        my = (my_0 * my_1) / 1e6;
        return my;
    }

References ProcessLib::TES::mypow< 0 >().

Referenced by ProcessLib::TES::fluid_heat_conductivity(), and ProcessLib::TES::fluid_viscosity().

inner_loop()

template<int i>

static double ProcessLib::TES::FluidViscosityH2O::inner_loop ( const double rho, const double T, const double(&) h[6][7] )

inlinestaticprivate

Definition at line 166 of file TESOGS5MaterialModels.h.

    {
        const double base = rho - 1.0;
 
        double sum3 = h[i][0] * mypow<0>(base);
        sum3 += h[i][1] * mypow<1>(base);
        sum3 += h[i][2] * mypow<2>(base);
        sum3 += h[i][3] * mypow<3>(base);
        sum3 += h[i][4] * mypow<4>(base);
        sum3 += h[i][5] * mypow<5>(base);
        sum3 += h[i][6] * mypow<6>(base);
 
        return mypow<i>(1 / T - 1) * sum3;
    }

References ProcessLib::TES::mypow< 0 >().

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The documentation for this struct was generated from the following file:

• ProcessLib/TES/TESOGS5MaterialModels.h