SatCurve< Ordinate, Abscissa, OrdinateAlt, AbscissaAlt > Class Template Reference

Saturation curve solver for arbitrary variables. More...

#include <satcurve.h>

Inheritance diagram for SatCurve< Ordinate, Abscissa, OrdinateAlt, AbscissaAlt >:

List of all members.

Public Member Functions
Ordinate	solve (const Abscissa &target, const int &flags=SAT_WATER)
Static Public Member Functions
Temperature	getLowerBound (const int &flags)
Temperature	getUpperBound (const int &flags)
Friends
class	ZeroIn< SatCurve, Temperature, Abscissa >

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Detailed Description

template<class Ordinate, class Abscissa, int OrdinateAlt = 0, int AbscissaAlt = 0>
class SatCurve< Ordinate, Abscissa, OrdinateAlt, AbscissaAlt >

Saturation curve solver for arbitrary variables.

To solve for the internal energy of saturated steam at rho=3.6 kg/m3, use:

                        SatCurve<SpecificEnergy,Density> C;
                        SpecificEnergy u = C.solve(3.6 * kg_m3,SAT_STEAM);

Warning:

This function makes no allowance for expansion of water at temperatures close to zero, so you will get wrong temperatures in this region when solving for <xxx,v>

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Member Function Documentation

template<class Ordinate, class Abscissa, int OrdinateAlt = 0, int AbscissaAlt = 0> Ordinate SatCurve< Ordinate, Abscissa, OrdinateAlt, AbscissaAlt >::solve (  const Abscissa &  target, const int &  flags = SAT_WATER )  [inline, virtual]

Parameters: target  Value of the Abscissa variable which is sought flags  SAT_WATER or SAT_STEAM Returns: the value of the Ordinate variable for saturated steam/water where the Abscissa fulfil the target value. Note that this function will not solve for T < 3.984°C so you will get some errors there Implements SatCurveBase< Ordinate, Abscissa, OrdinateAlt, AbscissaAlt >.

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

• satcurve.h

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