FCSys.Conditions.ByConnector.Reaction

Conditions for a Reaction connector

Information

Extends from Modelica.Icons.Package (Icon for standard packages).

Package Content

Name	Description
Rate	Impose a reaction rate via a Reaction connector
Offset	Add a potential to a Reaction connector
Material	Material conditions
Translational	Translational conditions
ThermalAdvective	Conditions for thermal advection

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FCSys.Conditions.ByConnector.Reaction.Rate

Impose a reaction rate via a Reaction connector

Information

Extends from FCSys.Icons.Conditions.Single (Icon for a single-connector boundary condition).

Parameters

Type	Name	Default	Description
Specification
Material
replaceable function materialSpec		Material.reactionRate	Quantity
Boolean	internalMaterial	true	Use internal specification
RealExpression	materialSet	redeclare Sources.RealExpres…	Source of internal specification
X-axis translational
replaceable function transXSpec		Translational.velocity	Quantity
Boolean	internalTransX	true	Use internal specification
RealExpression	transXSet	redeclare Sources.RealExpres…	Source of internal specification
Y-axis translational
replaceable function transYSpec		Translational.velocity	Quantity
Boolean	internalTransY	true	Use internal specification
RealExpression	transYSet	redeclare Sources.RealExpres…	Source of internal specification
Z-axis translational
replaceable function transZSpec		Translational.velocity	Quantity
Boolean	internalTransZ	true	Use internal specification
RealExpression	transZSet	redeclare Sources.RealExpres…	Source of internal specification
Thermal
replaceable function thermalSpec		ThermalAdvective.specificEnt…	Quantity
Boolean	internalThermal	true	Use internal specification
RealExpression	thermalSet	redeclare Sources.RealExpres…	Source of internal specification
Measurement
replaceable function materialMeas		Material.potential	Material quantity
replaceable function transXMeas		Translational.force	X-axis translational quantity
replaceable function transYMeas		Translational.force	Y-axis translational quantity
replaceable function transZMeas		Translational.force	Z-axis translational quantity
replaceable function thermalMeas		ThermalAdvective.heatRate	Thermal quantity
Assumptions
Included transport axes
Boolean	inclTransX	true	X
Boolean	inclTransY	true	Y
Boolean	inclTransZ	true	Z

Connectors

Type	Name	Description
input RealInput	u_material	Material specification
input RealInput	u_transX	X-axis translational specification
input RealInput	u_transY	Y-axis translational specification
input RealInput	u_transZ	Z-axis translational specification
input RealInput	u_thermal	Thermal specification
output RealOutput	y_transX	X-axis translational measurement
output RealOutput	y_transY	Y-axis translational measurement
output RealOutput	y_transZ	Z-axis translational measurement
output RealOutput	y_thermal	Thermal measurement
Reaction	reaction	Stoichiometric connector for the chemical reaction
Specification
Material
replaceable function materialSpec		Quantity
X-axis translational
replaceable function transXSpec		Quantity
Y-axis translational
replaceable function transYSpec		Quantity
Z-axis translational
replaceable function transZSpec		Quantity
Thermal
replaceable function thermalSpec		Quantity
Measurement
replaceable function materialMeas		Material quantity
replaceable function transXMeas		X-axis translational quantity
replaceable function transYMeas		Y-axis translational quantity
replaceable function transZMeas		Z-axis translational quantity
replaceable function thermalMeas		Thermal quantity
output RealOutput	y_material	Material measurement

Modelica definition

model Rate 
  "Impose a reaction rate via a Reaction connector"
  import Modelica.Math.BooleanVectors.countTrue;
  import Modelica.Math.BooleanVectors.enumerate;
  import Modelica.Blocks.Sources;
  extends FCSys.Icons.Conditions.Single;

  // Specification
  // -------------
  // Material
  replaceable function materialSpec = Material.reactionRate constrainedby 
    Material.Partial "Quantity";
  parameter Boolean internalMaterial=true "Use internal specification";
  replaceable Sources.RealExpression materialSet if internalMaterial 
    constrainedby Modelica.Blocks.Interfaces.SO 
    "Source of internal specification";

  // 
  // X-axis translational
  replaceable function transXSpec = Translational.velocity constrainedby 
    Translational.Partial "Quantity";

  parameter Boolean internalTransX=true if inclTransX 
    "Use internal specification";
  replaceable Sources.RealExpression transXSet if inclTransX and internalTransX
    constrainedby Modelica.Blocks.Interfaces.SO 
    "Source of internal specification";

  // 
  // Y-axis translational
  replaceable function transYSpec = Translational.velocity constrainedby 
    Translational.Partial "Quantity";

  parameter Boolean internalTransY=true if inclTransY 
    "Use internal specification";
  replaceable Sources.RealExpression transYSet if inclTransY and internalTransY
    constrainedby Modelica.Blocks.Interfaces.SO 
    "Source of internal specification";

  // 
  // Z-axis translational
  replaceable function transZSpec = Translational.velocity constrainedby 
    Translational.Partial "Quantity";

  parameter Boolean internalTransZ=true if inclTransZ 
    "Use internal specification";
  replaceable Sources.RealExpression transZSet if inclTransZ and internalTransZ
    constrainedby Modelica.Blocks.Interfaces.SO 
    "Source of internal specification";

  // 
  // Thermal
  replaceable function thermalSpec = ThermalAdvective.specificEntropyTemperature
    constrainedby ThermalAdvective.Partial "Quantity";

  parameter Boolean internalThermal=true "Use internal specification";
  replaceable Sources.RealExpression thermalSet if internalThermal 
    constrainedby Modelica.Blocks.Interfaces.SO 
    "Source of internal specification";

  // Measurement
  // -----------
  // Material
  replaceable function materialMeas = Material.potential constrainedby 
    Material.Partial "Material quantity";

  // X-axis translational
  replaceable function transXMeas = Translational.force constrainedby 
    Translational.Partial "X-axis translational quantity";

  // Y-axis translational
  replaceable function transYMeas = Translational.force constrainedby 
    Translational.Partial "Y-axis translational quantity";

  // Z-axis translational
  replaceable function transZMeas = Translational.force constrainedby 
    Translational.Partial "Z-axis translational quantity";

  // Thermal
  replaceable function thermalMeas = ThermalAdvective.heatRate constrainedby 
    ThermalAdvective.Partial "Thermal quantity";

  // Included components of translational momentum
  parameter Boolean inclTransX=true "X";
  parameter Boolean inclTransY=true "Y";
  parameter Boolean inclTransZ=true "Z";

  // Inputs
  Connectors.RealInput u_material if not internalMaterial 
    "Material specification";
  Connectors.RealInput u_transX if inclTransX and not internalTransX 
    "X-axis translational specification";
  Connectors.RealInput u_transY if inclTransY and not internalTransY 
    "Y-axis translational specification";
  Connectors.RealInput u_transZ if inclTransZ and not internalTransZ 
    "Z-axis translational specification";
  Connectors.RealInput u_thermal if not internalThermal "Thermal specification";

  // Outputs
  final Connectors.RealOutput y_material=materialMeas(
      reaction.Ndot,
      reaction.g,
      reaction.phi,
      reaction.mPhidot,
      reaction.sT,
      reaction.Qdot) "Material measurement";
  final Connectors.RealOutput y_transX=transXMeas(
      reaction.Ndot,
      reaction.g,
      reaction.phi,
      reaction.mPhidot,
      reaction.sT,
      reaction.Qdot,
      i=transCart[Axis.x]) if inclTransX "X-axis translational measurement";
  final Connectors.RealOutput y_transY=transYMeas(
      reaction.Ndot,
      reaction.g,
      reaction.phi,
      reaction.mPhidot,
      reaction.sT,
      reaction.Qdot,
      i=transCart[Axis.y]) if inclTransY "Y-axis translational measurement";
  final Connectors.RealOutput y_transZ=transZMeas(
      reaction.Ndot,
      reaction.g,
      reaction.phi,
      reaction.mPhidot,
      reaction.sT,
      reaction.Qdot,
      i=transCart[Axis.z]) if inclTransZ "Z-axis translational measurement";
  final Connectors.RealOutput y_thermal=thermalMeas(
      reaction.Ndot,
      reaction.g,
      reaction.phi,
      reaction.mPhidot,
      reaction.sT,
      reaction.Qdot) "Thermal measurement";

  Connectors.Reaction reaction(final n_trans=n_trans) 
    "Stoichiometric connector for the chemical reaction";

protected 
  final inner parameter Integer n_trans=countTrue({inclTransX,inclTransY,
      inclTransZ}) "Number of components of translational momentum";
  final inner parameter Integer transCart[Axis]=enumerate({inclTransX,
      inclTransY,inclTransZ}) 
    "Translational-momentum-component indices of the Cartesian axes";

  Connectors.RealOutputInternal _u_material=materialSpec(
      reaction.Ndot,
      reaction.g,
      reaction.phi,
      reaction.mPhidot,
      reaction.sT,
      reaction.Qdot) "Internal, working value of material specification";
  Connectors.RealOutputInternal _u_transX=transXSpec(
      reaction.Ndot,
      reaction.g,
      reaction.phi,
      reaction.mPhidot,
      reaction.sT,
      reaction.Qdot,
      i=transCart[Axis.x]) if inclTransX 
    "Internal, working value of X-axis translational specification";
  Connectors.RealOutputInternal _u_transY=transYSpec(
      reaction.Ndot,
      reaction.g,
      reaction.phi,
      reaction.mPhidot,
      reaction.sT,
      reaction.Qdot,
      i=transCart[Axis.y]) if inclTransY 
    "Internal, working value of Y-axis translational specification";
  Connectors.RealOutputInternal _u_transZ=transZSpec(
      reaction.Ndot,
      reaction.g,
      reaction.phi,
      reaction.mPhidot,
      reaction.sT,
      reaction.Qdot,
      i=transCart[Axis.z]) if inclTransZ 
    "Internal, working value of Z-axis translational specification";
  Connectors.RealOutputInternal _u_thermal=thermalSpec(
      reaction.Ndot,
      reaction.g,
      reaction.phi,
      reaction.mPhidot,
      reaction.sT,
      reaction.Qdot) "Internal, working value of thermal specification";

equation 
  // Material
  connect(u_material, _u_material);

  connect(materialSet.y, _u_material);

  // X-axis translational
  connect(u_transX, _u_transX);

  connect(transXSet.y, _u_transX);

  // Y-axis translational
  connect(u_transY, _u_transY);

  connect(transYSet.y, _u_transY);

  // Z-axis translational
  connect(u_transZ, _u_transZ);

  connect(transZSet.y, _u_transZ);

  // Thermal
  connect(u_thermal, _u_thermal);

  connect(thermalSet.y, _u_thermal);
end Rate;

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FCSys.Conditions.ByConnector.Reaction.Offset

Add a potential to a Reaction connector

Information

Extends from FCSys.Conditions.ByConnector.Reaction.Rate (Impose a reaction rate via a Reaction connector).

Parameters

Type	Name	Default	Description
Specification
Material
replaceable function materialSpec		Material.potential	Quantity
Boolean	internalMaterial	true	Use internal specification
RealExpression	materialSet	redeclare Sources.RealExpres…	Source of internal specification
X-axis translational
replaceable function transXSpec		Conditions.ByConnector.React…	Quantity
Boolean	internalTransX	true	Use internal specification
RealExpression	transXSet	redeclare Sources.RealExpres…	Source of internal specification
Y-axis translational
replaceable function transYSpec		Conditions.ByConnector.React…	Quantity
Boolean	internalTransY	true	Use internal specification
RealExpression	transYSet	redeclare Sources.RealExpres…	Source of internal specification
Z-axis translational
replaceable function transZSpec		Conditions.ByConnector.React…	Quantity
Boolean	internalTransZ	true	Use internal specification
RealExpression	transZSet	redeclare Sources.RealExpres…	Source of internal specification
Thermal
replaceable function thermalSpec		Conditions.ByConnector.React…	Quantity
Boolean	internalThermal	true	Use internal specification
RealExpression	thermalSet	redeclare Sources.RealExpres…	Source of internal specification
Measurement
replaceable function materialMeas		Conditions.ByConnector.React…	Material quantity
replaceable function transXMeas		Conditions.ByConnector.React…	X-axis translational quantity
replaceable function transYMeas		Conditions.ByConnector.React…	Y-axis translational quantity
replaceable function transZMeas		Conditions.ByConnector.React…	Z-axis translational quantity
replaceable function thermalMeas		Conditions.ByConnector.React…	Thermal quantity
Assumptions
Included transport axes
Boolean	inclTransX	true	X
Boolean	inclTransY	true	Y
Boolean	inclTransZ	true	Z

Connectors

Type	Name	Description
input RealInput	u_material	Material specification
input RealInput	u_transX	X-axis translational specification
input RealInput	u_transY	Y-axis translational specification
input RealInput	u_transZ	Z-axis translational specification
input RealInput	u_thermal	Thermal specification
output RealOutput	y_transX	X-axis translational measurement
output RealOutput	y_transY	Y-axis translational measurement
output RealOutput	y_transZ	Z-axis translational measurement
output RealOutput	y_thermal	Thermal measurement
Reaction	reaction	Stoichiometric connector for the chemical reaction
Specification
Material
replaceable function materialSpec		Quantity
X-axis translational
replaceable function transXSpec		Quantity
Y-axis translational
replaceable function transYSpec		Quantity
Z-axis translational
replaceable function transZSpec		Quantity
Thermal
replaceable function thermalSpec		Quantity
Measurement
replaceable function materialMeas		Material quantity
replaceable function transXMeas		X-axis translational quantity
replaceable function transYMeas		Y-axis translational quantity
replaceable function transZMeas		Z-axis translational quantity
replaceable function thermalMeas		Thermal quantity
output RealOutput	y_material	Material measurement

Modelica definition

model Offset 
  "Add a potential to a Reaction connector"

  extends FCSys.Conditions.ByConnector.Reaction.Rate(
    redeclare replaceable function materialSpec = Material.potential,
    redeclare replaceable function transXSpec = Conditions.ByConnector.Reaction.Translational.velocity,

    redeclare replaceable function transYSpec = Conditions.ByConnector.Reaction.Translational.velocity,

    redeclare replaceable function transZSpec = Conditions.ByConnector.Reaction.Translational.velocity,

    redeclare replaceable function thermalSpec = Conditions.ByConnector.Reaction.ThermalAdvective.specificEntropyTemperature,

    redeclare replaceable function materialMeas = Conditions.ByConnector.Reaction.Material.reactionRate,

    redeclare replaceable function transXMeas = Conditions.ByConnector.Reaction.Translational.force,

    redeclare replaceable function transYMeas = Conditions.ByConnector.Reaction.Translational.force,

    redeclare replaceable function transZMeas = Conditions.ByConnector.Reaction.Translational.force,

    redeclare replaceable function thermalMeas = Conditions.ByConnector.Reaction.ThermalAdvective.heatRate);

  // Note:  In Dymola 2014, the paths must be explicitly given to prevent
  // the error "Cannot show the parameter dialog for redeclared class […]".

end Offset;