Detailed Description

Encapsulates all data defining heat exchange between flow elements and the environment or other models/elements.

Definition of heat exchange is done in each flow element definition. If missing, the flow element is treated as adiabat.

Collaboration diagram for NANDRAD::HydraulicNetworkHeatExchange:

Public Types
enum	ModelType { T_TemperatureConstant, T_TemperatureSpline, T_TemperatureSplineEvaporator, T_TemperatureZone, T_TemperatureConstructionLayer, T_HeatLossConstant, T_HeatLossSpline, T_HeatLossSplineCondenser, NUM_T }
	Defines the type of heat exchange. More...

enum	para_t { P_Temperature, P_HeatLoss, P_ExternalHeatTransferCoefficient, NUM_P }
	Parameters for the element . More...

enum	splinePara_t { SPL_Temperature, SPL_HeatLoss, NUM_SPL }
	Spline parameter as functions of time. More...

enum	References { ID_ZoneId, ID_ConstructionInstanceId, NUM_ID }
	Integer/whole number parameters. More...

Public Member Functions
	HydraulicNetworkHeatExchange (ModelType modelType)

NANDRAD_READWRITE void	checkParameters (const std::map< std::string, IBK::Path > &placeholders, const std::vector< Zone > &zones, const std::vector< ConstructionInstance > &conInstances)
	Tests all parameter and initializes linear spline parameters for calculation, including reading of potentially referenced TSV files.

bool	operator!= (const HydraulicNetworkHeatExchange &other) const

Static Public Member Functions
static std::vector< ModelType >	availableHeatExchangeTypes (const HydraulicNetworkComponent::ModelType modelType)

Public Attributes
ModelType	m_modelType = NUM_T
	Model/type of heat exchange. More...

IDType	m_idReferences [NUM_ID]
	Integer parameters. More...

IBK::Parameter	m_para [NUM_P]
	Parameter.

LinearSplineParameter	m_splPara [NUM_SPL]
	Time-series of heat flux or temperature (can be spline or tsv-file). More...