Public Member Functions
	State (const arma::vec &gridPoints, const arma::vec &pressure, const arma::vec &temperature, const arma::vec &flow, const std::vector< Composition > &composition)

	State (const arma::vec &gridPoints, const arma::vec &pressure, const arma::vec &temperature, const arma::vec &flow, const Composition &composition=Composition::defaultComposition)

const arma::vec &	flow () const

const arma::vec &	pressure () const

const arma::vec &	temperature () const

const std::vector< Composition > &	composition () const

const arma::vec &	heatCapacityConstantVolume () const

const arma::vec &	heatCapacityConstantPressure () const

const arma::vec &	density () const

const arma::vec &	viscosity () const

const arma::vec &	specificGasConstant () const

const arma::vec &	molarMass () const

const arma::vec &	compressibilityFactor () const

const arma::vec &	dZdtAtConstantPressure () const

const arma::vec &	dZdpAtConstantTemperature () const

const arma::vec &	dZdtAtConstantDensity () const

const arma::vec &	velocity () const

const arma::vec &	frictionFactor () const

const arma::vec &	reynoldsNumber () const

const arma::vec &	ambientTemperature () const

const arma::vec &	heatFlow () const

Protected Member Functions
	State (const arma::vec &gridPoints)

Protected Attributes
arma::vec	m_flow
	Flow [kg/s].

arma::vec	m_pressure
	Gas pressure [Pa].

arma::vec	m_temperature
	Gas temperature [K].

std::vector< Composition >	m_composition
	Gas composition (fractions)

arma::vec	m_heatCapacityConstantVolume
	Gas heat capacity at constant volume \(c_v\) [J/(kg K)].

arma::vec	m_heatCapacityConstantPressure
	Gas heat capacity at constant pressure \(c_p\) [J/(kg K)].

arma::vec	m_density
	Gas density [kg/m3].

arma::vec	m_viscosity
	Gas dynamic viscosity [Pa s] = [kg/m*s].

arma::vec	m_specificGasConstant
	Specific gas constant of the gas [J/(kg K)].

arma::vec	m_molarMass
	Molar mass of the gas [g/mol].

arma::vec	m_compressibilityFactor

arma::vec	m_temperatureDerivativeConstantPressure

arma::vec	m_pressureDerivativeConstantTemperature

arma::vec	m_temperatureDerivativeConstantDensity

arma::vec	m_velocity
	Gas velocity [m/s].

arma::vec	m_frictionFactor
	Friction factor [-].

arma::vec	m_reynoldsNumber
	Reynolds number [-].

arma::vec	m_ambientTemperature
	Ambient temperature [K].

arma::vec	m_heatFlow
	Heat flow q [W/m2].

std::vector< HeatTransferState >	m_heatTransferState
	Heat transfer state.

bool	m_heatTransferIsInitialized
	If heat transfer is initialized.

BatchTrackingState	m_batchTrackingState
	Batch tracking state.

bool	m_batchTrackingIsInitialized
	If batch tracking is initialized.

Friends
class	Pipeline

std::ostream &	operator<< (std::ostream &out, const State &c)
	For pretty printing. More...

Friends And Related Function Documentation

◆ operator<<

friend

For pretty printing.

So we can do

std::cout << Pipeline::State;

and get nice printing.

arma::vec Pipeline::State::m_compressibilityFactor

protected

Compressibility factor [-]

arma::vec Pipeline::State::m_pressureDerivativeConstantTemperature

protected

Partial derivative of the compressibility factor with respect to pressure, at constant temperature, \(\frac{\partial Z}{\partial p}|_T\) [-]

arma::vec Pipeline::State::m_temperatureDerivativeConstantDensity

protected

Partial derivative of the compressibility factor with respect to temperature, at constant density, \(\frac{\partial Z}{\partial T}|_\rho\) [-]

arma::vec Pipeline::State::m_temperatureDerivativeConstantPressure

protected

Partial derivative of the compressibility factor with respect to temperature, at constant pressure, \(\frac{\partial Z}{\partial T}|_p\) [-]

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