HeatTransfer Class Reference

The EquationOfState class is a wrapper around HeatTransferBase that has one heat transfer instance per grid point, and wraps the HeatTransferBase::evaluate() function. More...

#include <heattransfer.hpp>

Public Member Functions
virtual	~HeatTransfer ()
	Declared to avoid the inline compiler-generated default destructor.
	HeatTransfer (const Pipeline &pipeline, const std::string &type)
	Construct from pipeline and string to determine the type of heat transfer. More...
void	evaluate (const std::vector< HeatTransferState > &state, const double timeStep, Pipeline &pipeline) const
	This is a wrapper around HeatTransferBase::evaluate() that calls that function for each grid point. This modifes the pipeline argument. More...
const HeatTransferBase &	at (std::size_t pos) const
	std::vector-like at(i) getter
auto	size () const
	std::vector-like size() operator

Private Attributes
std::unique_ptr< std::vector< std::unique_ptr< HeatTransferBase > > >	m_heat
	Vector of HeatTransferBase instances, one for each grid point.

Detailed Description

The EquationOfState class is a wrapper around HeatTransferBase that has one heat transfer instance per grid point, and wraps the HeatTransferBase::evaluate() function.

Constructor & Destructor Documentation

HeatTransfer()

HeatTransfer::HeatTransfer	(	const Pipeline &	pipeline,
		const std::string &	type
	)

Construct from pipeline and string to determine the type of heat transfer.

Parameters

pipeline	Pipeline instance
type	Type of heat transfer ("BWRS", "GERG04" or "IdealGas")

Member Function Documentation

evaluate()

void HeatTransfer::evaluate	(	const std::vector< HeatTransferState > &	state,
		const double	timeStep,
		Pipeline &	pipeline
	)		const

This is a wrapper around HeatTransferBase::evaluate() that calls that function for each grid point. This modifes the pipeline argument.

Parameters

state	Current heat transfer state
timeStep	Time step [s]
pipeline	Pipeline instance

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

• D:/Code/transient-pipeline-flow-gh-pages/src/heattransfer/heattransfer.hpp