BuildingSystems.Fluid.HeatExchangers.BaseClasses

# .BuildingSystems.Fluid.HeatExchangers.BaseClasses

Package with base classes for BuildingSystems.Fluid.HeatExchangers

## Information

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

## Contents

Name | Description
--- | ---
HACoilInside | Calculates the hA value for water inside a coil
HADryCoil | Sensible convective heat transfer model for air to water coil
HANaturalCylinder | Calculates an hA value for natural convection around a cylinder
PartialEffectiveness | Partial model to implement heat exchangers based on effectiveness model
PartialEffectivenessNTU | Partial model for heat exchanger with effectiveness - NTU relation and no moisture condensation
PartialPrescribedOutlet | Ideal heater, cooler, humidifier or dehumidifier with prescribed outlet conditions
WetCoilDryRegime | Fully dry coil model
WetCoilDryWetRegime | Model implementing the switching algorithm of the TK-fuzzy model for cooling coil application
WetCoilUARated | Model that calculates the UA-value from cooling coil data at rated conditions.
WetCoilWetRegime | Fully wet coil model using esilon_C.mo function
determineWaterIndex | Determine the index of water in a 2-component medium model
dynamicViscosityWater | Returns the dynamic viscosity for water
epsilon_C | Computes heat exchanger effectiveness for given capacity flow rates and heat exchanger flow regime
epsilon_ntuZ | Computes heat exchanger effectiveness for given number of transfer units and heat exchanger flow regime
isobaricExpansionCoefficientWater | Returns the isobaric expansion coefficient for water
lmtd | Log-mean temperature difference
ntu_epsilonZ | Computes number of transfer units for given heat exchanger effectiveness and heat exchanger flow regime
prandtlNumberWater | Returns the Prandtl number for water
Examples | Collection of models that illustrate model use and test models

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