modelFPtoFP

Test one flow plate to the other

Extends from Modelica.Icons.Example (Icon for runnable examples).

Parameters

TypeNameDefaultDescription
BooleaninclLiqtrueInclude liquid H2O
Q.NumberAbsolutepsi_H2Oenvironment.psi_H2OMole fraction of H2O at the inlet
Q.NumberAbsolutepsi_H2environment.psi_dryMole fraction of H2 at the inlet
Q.NumberAbsolutepsi_O2environment.psi_O2_dry*environment.psi_dryMole fraction of O2 at the inlet
Q.NumberAbsolutepsi_N2(1 - environment.psi_O2_dry)*environment.psi_dryMole fraction of N2 at the inlet
Q.Length[:]L_y{8}*U.cmLengths in the y direction
Q.Length[:]L_z{6.25}*U.cmLengths in the z direction

Components

TypeNameDefaultDescription
Q.NumberJ_Apercm2zI*U.cm^2/(caFP.A[Axis.x]*U.A)Electrical current density, in A/cm2
Q.PotentialwanFP.subregions[1, 1, 1].graphite.'e-'.g_boundaries[1, Side.n] - caFP.subregions[end, 1, 1].graphite.'e-'.g_boundaries[1, Side.p]Electrical potential
AnFPs.AnFPanFP
AnGDLs.AnGDLanGDL
AnCLs.AnCLanCL
PEMs.PEMPEM
CaCLs.CaCLcaCL
CaGDLs.CaGDLcaGDL
CaFPs.CaFPcaFP
Conditions.ByConnector.BoundaryBus.Single.Sink[anFP.n_y,anFP.n_z]anBC
Conditions.ByConnector.BoundaryBus.Single.Source[anFP.n_x,anFP.n_z]anSource
Conditions.ByConnector.BoundaryBus.Single.Sink[anFP.n_x,anFP.n_z]anSink
Conditions.ByConnector.BoundaryBus.Single.Source[caFP.n_y,caFP.n_z]caBC
Conditions.ByConnector.BoundaryBus.Single.Source[caFP.n_x,caFP.n_z]caSource
Conditions.ByConnector.BoundaryBus.Single.Sink[caFP.n_x,caFP.n_z]caSink
Modelica.Blocks.Sources.RampcurrentSet
Assemblies.Cells.Examples.TestConditionstestConditionsTest conditions