.Buildings.Fluid.HeatExchangers.BaseClasses

Information

This package contains base classes that are used to construct the models in Buildings.Fluid.HeatExchangers.

Contents

NameDescription
 CoilHeaderHeader for a heat exchanger register
 CoilRegisterRegister for a heat exchanger
 DuctManifoldFixedResistanceManifold for a heat exchanger air duct connection
 DuctManifoldFlowDistributorManifold for duct inlet that distributes the mass flow rate equally
 DuctManifoldNoResistanceDuct manifold without resistance
 HACoilInsideCalculates the hA value for water inside a coil
 HADryCoilSensible convective heat transfer model for air to water coil
 HANaturalCylinderCalculates an hA value for natural convection around a cylinder
 HexElementLatentElement of a heat exchanger with humidity condensation of fluid 2
 HexElementSensibleElement of a heat exchanger with no humidity condensation
 MassExchangeBlock to compute the latent heat transfer based on the Lewis number
 PartialDuctManifoldPartial manifold for heat exchanger duct connection
 PartialDuctPipeManifoldPartial heat exchanger duct and pipe manifold
 PartialEffectivenessPartial model to implement heat exchangers based on effectiveness model
 PartialEffectivenessNTUPartial model for heat exchanger with effectiveness - NTU relation and no moisture condensation
 PartialHexElementElement of a heat exchanger 2
 PartialPipeManifoldPartial pipe manifold for a heat exchanger
 PartialPrescribedOutletIdeal heater, cooler, humidifier or dehumidifier with prescribed outlet conditions
 PipeManifoldFixedResistancePipe manifold for a heat exchanger connection
 PipeManifoldFlowDistributorManifold for heat exchanger register that distributes the mass flow rate equally
 PipeManifoldNoResistanceManifold for heat exchanger register
 RayleighNumberCalculates the Rayleigh number for a given fluid and characteristic length
 WetCoilDryRegimeFully dry coil model
 WetCoilDryWetRegimeModel implementing the switching algorithm of the TK-fuzzy model for cooling coil application
 WetCoilUARatedModel that calculates the UA-value from cooling coil data at rated conditions.
 WetCoilWetRegimeFully wet coil model using esilon_C.mo function
 determineWaterIndexDetermine the index of water in a 2-component medium model
 dynamicViscosityWaterReturns the dynamic viscosity for water
 epsilon_CComputes heat exchanger effectiveness for given capacity flow rates and heat exchanger flow regime
 epsilon_ntuZComputes heat exchanger effectiveness for given number of transfer units and heat exchanger flow regime
 isobaricExpansionCoefficientWaterReturns the isobaric expansion coefficient for water
 lmtdLog-mean temperature difference
 ntu_epsilonZComputes number of transfer units for given heat exchanger effectiveness and heat exchanger flow regime
 prandtlNumberWaterReturns the Prandtl number for water
 ExamplesCollection of models that illustrate model use and test models

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