modelProblem_4new

I-135 Decay with Non-uniform concentration
Diagram of Problem_4newOpen the diagram
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Extends from TRANSFORM.Icons.Example (Icon for runnable examples), TRANSFORM.Icons.UnderConstruction (Icon for classes that are still under construction).

Parameters

TypeNameDefaultDescription
IntegernC6
IntegernV10
SI.Lengthlength1.0
SI.Lengthdimension0.01
SI.TemperatureT_start20 + 273.15
SI.Pressurep_start1e5
SI.Velocityv0.025
SI.MassFlowRatem_flowMedium.density_pT(p_start, T_start)*Modelica.Constants.pi*dimension^2/4*v
TRANSFORM.Units.InverseTime[nC]lambda_i{0.0127, 0.0317, 0.115, 0.311, 1.4, 3.87}
SI.Time[nC]time_half{log(2)/lambda_i[i] for i in 1:nC}
SIadd.ExtraPropertyConcentration[nV,nC]C_i_startzeros(nV, nC)
Realphi_01e10
Real[nC]beta_i{0.0006, 0.00364, 0.00349, 0.00628, 0.00179, 0.00070}
SIadd.ExtraProperty[nV,nC]Cs_start{{C_i_start[i, j]/Medium.density_pT(p_start, T_start) for j in 1:nC} for i in 1:nV}
SI.Length[nV]xlinspace(0, length, nV)

Components

TypeNameDefaultDescription
SIadd.ExtraPropertyConcentration[nV,nC]C_i
SIadd.ExtraPropertyFlowRatemC_gens{{-lambda_i[j]*pipe.mCs[i, j]*pipe.nParallel + beta_i[j]*phi_0*sin(Modelica.Constants.pi*pipe.summary.xpos_norm[j]) for j in 1:nC} for i in 1:nV}
Real[nV]cool{if x[j] < v*time then 1 else 0 for j in 1:nV}
Pipes.GenericPipe_MultiTransferSurfacepipe
BoundaryConditions.MassFlowSource_Tboundary
BoundaryConditions.Boundary_pTboundary1
Sensors.TraceSubstancesTwoPort_multisensor_C

Contents

NameDescription
Medium