Interface of the fluid properties of ideal gases that can be components of IdealGasMixtureFluidProperties. More...

Inheritance diagram for IdealGasMixtureInterface:

Public Member Functions
virtual	~IdealGasMixtureInterface ()=default

virtual bool	hasConstantSpecificHeats () const =0
	Whether the specific heats are constant, so that the specific internal energy is linear in temperature.

virtual Real	newtonStartTemperature () const =0
	Temperature at which Newton's method starts to compute the temperature from the specific internal energy [K].

virtual const GasTransportUtils::LennardJonesParameters *	lennardJonesParameters () const =0
	Lennard-Jones parameters of the gas, from which a mixture computes binary diffusion coefficients, or nullptr for a gas without them.

Detailed Description

Interface of the fluid properties of ideal gases that can be components of IdealGasMixtureFluidProperties.

Definition at line 19 of file IdealGasMixtureInterface.h.

Constructor & Destructor Documentation

virtual IdealGasMixtureInterface::~IdealGasMixtureInterface ( )

virtualdefault

virtual bool IdealGasMixtureInterface::hasConstantSpecificHeats ( ) const

pure virtual

Whether the specific heats are constant, so that the specific internal energy is linear in temperature.

virtual const GasTransportUtils::LennardJonesParameters * IdealGasMixtureInterface::lennardJonesParameters ( ) const

pure virtual

Lennard-Jones parameters of the gas, from which a mixture computes binary diffusion coefficients, or nullptr for a gas without them.

virtual Real IdealGasMixtureInterface::newtonStartTemperature ( ) const

pure virtual

Temperature at which Newton's method starts to compute the temperature from the specific internal energy [K].

A mixture starts at the lowest of these temperatures over its components whose specific heats are not constant.

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