Condition Settings for Thermal Analysis

Partial Model(PartialModel)

Specifies the partial model to be treated as a full model for the coupled magnetic field and thermal analyses.

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
RotationMap	Flag	0 or Off 1 or On	The flag for rotation map The rotation map is not used The rotation map is used
UsedRotationPeriodicBoundary	Flag	0 or Off 1 or On	The flag for rotation periodic boundary The rotation periodic boundary is not used The rotation periodic boundary is used
Angle	Double		The rotation angle
TranslationMap	Flag	0 or Off 1 or On	The flag for translation map The translation map is not used The translation map is used
UsedTranslationPeriodicBoundary	Flag	0 or Off 1 or On	The flag for translation periodic boundary The translation periodic boundary is not used The translation periodic boundary is used
Distance	Double		The distance
MirrorMap	Flag	0 or Off 1 or On	The flag for mirror map The mirror map is not used The mirror map is used
Direction	Vector		The direction of the translation
Origin	Vector		Rotation Center Point

Average Temperature(AverageTemperatureCalc)

Specifies the region to use to calculate the average temperature for the specified part. In the coupled magnetic field and thermal analyses, the average temperature is used as a reference temperature for an FEM coil component and a resistance component that vary depending on the temperature.

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
SurfaceSetting	Flag	0 or Whole 1 or Top 2 or Middle 3 or Bottom	The flag of surface setting Specified for the whole part. Specifies the top surface Specifies the middle surface Specifies the bottom surface

Heat Transfer Boundary (Layered)(HeatTransferLayered)

Divides the specified surface into layers and sets the heat transfer through each surface.

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
LayerDirectionType	Flag	0 or BottomToTop 1 or TopToBottom	The flag of layer direction type From bottom to top From top to bottom
ThermalResistor	Double		The thermal resistance
ResistanceType	Flag	0 or Constant 1 or PointArray 3 or ThermalResistance 4 or ThermalResistanceCylindrical 5 or CoolingWaterJacket 6 or CoolingSpray 7 or CoolingATF 8 or CoolingForcedConvection 9 or CoolingNaturalConvection 10 or CoilAndCoreContact 11 or GeneralContact 12 or Suppress 13 or User-Defined	The flag for thermal resistance type The constant type. The point array type. The thermal conduction type. The thermal conduction cylindrical type. The water jacket cooling type. The spray cooling type. The ATF cooling type. The forced convection cooling type. The natural convection cooling type. The coil and core contact type. The general contact type. Suppress type User-Defined type
TempVsThermalResistance	Table		The thermal resistor vs temperature point array
ThermalResistorLength	Double		The thermal resistor length
ThermalResistorCylinderHeight	Double		The thermal resistor cylinder height
ThermalResistorOuterRadius	Double		The thermal resistor cylinder outer radius
ThermalResistorInnerRadius	Double		The thermal resistor cylinder inner radius
ThermalConductivity	Double		The thermal conductivity
ThermalCorrection	Double		The thermal correction coefficient
CustomInsulationThickness	Double		The custom insulation thickness
CustomWireDiameter	Double		The custom wire diameter
CustomFillFactor	Double		The custom fill factor
CustomTension	Double		The custom tension
CustomConductorLength	Double		The custom conductor length
CustomPressure	Double		The custom pressure
ContactType	Flag	0 or RoundWire 1 or RectangularWire	The flag for contact type The round wire type. The rectangular wire type.
ImpregnationType	Flag	0 or Off 1 or On	The flag for impregnation type No impregnation. Use impregnation.
FitType	Flag	0 or Custom 1 or GoodFit 2 or BadFit	The flag for fit type Use custom. Use good fit. Use bad fit.
CustomFit	Double		The custom fit length
CoolantType	Flag	1 or Water 2 or Oil 4 or Custom	The flag for coolant type Use water. Use oil. Use custom.
ForcedConvectionCoolantType	Flag	0 or Air 1 or Water 2 or Oil 4 or Custom	The flag for coolant type Use air. Use water. Use oil. Use custom.
NaturalConvectionCoolantType	Flag	0 or Air 1 or Water 2 or Oil 3 or ATFOil 4 or Custom	The flag for coolant type Use air. Use water. Use oil. Use ATF oil. Use custom.
AdvectionCoolantType	Flag	1 or Water 2 or Oil 3 or ATFOil 4 or Custom	The flag for advection coolant type Use water. Use oil. Use ATF oil. Use custom.
ATFCoolantType	Flag	3 or ATFOil 4 or Custom	The flag for ATF coolant type Use ATF oil. Use custom.
ChannelConvectionCoolantType	Flag	0 or Air 1 or Water 2 or Oil 3 or ATFOil 4 or Custom	The flag for coolant type Use air. Use water. Use oil. Use ATF oil. Use custom.
Characteristic Length	Double		The characteristic length
InputFlowType	Flag	0 or FlowVelocity 1 or VolumeFlowRate	The flag for input flow type Use flow velocity. Use volume flow rate.
FlowVelocity	Double		The flow velocity
VolumeFlowRate	Double		The volume flow rate
NozzleDiameter	Double		The nozzle diameter
CoolingJacketType	Flag	0 or Spiral 1 or Axial 2 or None	The flag for cooling jacket type Use spiral. Use axial. None.
CoolingJacketTubeWidth	Double		The rectangular tube width
CoolingJacketTubeHeight	Double		The rectangular tube height
NumCoolingJacketTubes	Double		The number of rectangular tubes
CoolingJacketRadius	Double		The cooling jacket radius
RectangularTubeLength	Double		The cooling jacket tube length
CoolingJacketArea	Double		The cooling jacket area
ForcedConvectionType	Flag	0 or Circumferential 1 or AxisDirection 2 or MotorGap	The flag for forced convection type Use circumferential. Use axis direction. Use motor gap (radial).
GapWidth	Double		The gap width
RotorRadius	Double		The rotor radius
NaturalConvectionType	Flag	0 or HorizontalCylinder 1 or VerticalCylinder 2 or VerticalFlatPlate 3 or HorizontalPlateUpper 4 or HorizontalPlateLower	The flag for natural convection type Use horizontal cylinder. Use vertical cylinder. Use vertical flat plate. Use horizontal plate upper. Use horizontal plate lower.
CoolingMaterialTable	Table		The cooling material table
CoolantTemperatureType	Flag	0 or Constant 1 or ElementFaceAverageValue	The flag for coolant temperature type Use constant. Refer to Element Face Average Value.
CoolantTemperatureConstantValue	Double		The coolant temperature constant value
PreviewCoolantTemperature	Double		The coolant temperature (preview)
PreviewTerminalTemperature1	Double		The terminal temperature 1 (preview)
PreviewTerminalTemperature2	Double		The terminal temperature 2 (preview)
ThermalUserDefinedScript	String		The python script for thermal resistance
HasFins	Flag	0 or Off 1 or On	The flag for fins The surface does not have fins. The surface has fins.
FinInterval	Double		The fin interval
FinLength	Double		The fin length
FinHeight	Double		The fin height
FinNumber	Flag		The fin number
CoefficientType	Flag	0 or Constant 1 or Table 4 or TableByTime	The selection type of heat transfer coefficient The heat transfer is defined as a constant value The heat transfer coefficient is defined by the table(temperature) The heat transfer coefficient is defined by the table(time)
Coefficient	Double		The constant heat transfer coefficient
CoefficientTable	Table		The heat transfer coefficient table(temperature)
CoefficientTableByTime	Table		The heat transfer coefficient table(time)
FileName	String		The path for the heat transfer coefficient file
userid	Flag		The user subroutine ID.
FileName_DataSourceType	Flag	0 or ResultFile 1 or ProjectFile 2 or CurrentProject 3 or AnalysisGroup	Specified data source type for plot file use result file for data source type. use project file for data source type. use current project for data source type. use analysis group for data source type.
FileName_ProjectFile	String		Specified project file for project file type
FileName_ProjectFile_StudyId	Flag		Specified study id for project file type
FileName_ProjectFile_CaseId	Flag		Specified case id for project file type
FileName_CurrentProject_StudyId	Flag		Specified study id for current project type
FileName_CurrentProject_CaseId	Flag		Specified case id for current project type
FileName_AnalysisGroup_StudyId	Flag		Specified study id for analysis group type
FileName_StartRow	Flag		The start row number for reading file
FileName_SkipFirstColumn	Flag	0 or Off 1 or On	The flag for not using first column as ID Use first column as ID. Not use first column as ID.
FileName_UseAutoSearchDistance	Flag	0 or Off 1 or On	The flag for using automatically decided search distance The search distance is not decided automatically. The search distance is decided automatically.
FileName_SearchDistance	Double		The search distance
FileName_CoordinateId	Coordinate		The coordinate system for reference.
SettingType	Flag	0 or HeatTransferCoefficient 1 or ThermalResistance	The flag for thermal setting type Use heat transfer coefficient setting. Use thermal resistance setting.
NumberOfLayers	Flag		The number of layers.
LayerDirection	Vector		The layer direction

Contact Thermal Resistance(ContactResistance)

Specifies a thermal resistance for a surface between two parts. With this setting, if there is a thin film between two parts, the thin film needs not to be modeled.

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
SettingType	Flag	0 or ThermalConductivity 1 or ThermalResistance	The setting type of contact thermal resistance. The setting type is thermal conductivity. The setting type is thermal resistance.
ResistanceType	Flag	0 or Constant 1 or ThermalTable 3 or GeneralContact	The contact thermal conductivity type The constant resistance type The resistance vs temperature table type The general contact type.
ThermalResistance	Double		The thermal resistance
ThermalConductivity	Double		The thermal conductivity
ThermalTable	Table		The thermal dependent resistance table
ThermalConductivityTable	Table		The thermal dependent conductivity point array table
Thickness	Double		The thermal resistance thickness
FitType	Flag	0 or Custom 1 or GoodFit 2 or BadFit	The flag for fit type Use custom. Use good fit. Use bad fit.
CustomFit	Double		The custom fit length
GeneralContactThermalConductivity	Double		The thermal conductivity
ThermalCorrection	Double		The thermal correction coefficient

Initial Temperature(InitialTemperature)

Specifies an initial temperature.

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
SurfaceSetting	Flag	0 or Whole 1 or Top 3 or Bottom	The flag of surface setting Specified for the whole part. Specifies the top surface Specifies the bottom surface
TemperatureType	Flag	0 or Constant	Initial temperature flag type
Temperature	Double		The initial temperature
FileName	String		The path for the initial temperature file
FileName_DataSourceType	Flag	0 or ResultFile 1 or ProjectFile 2 or CurrentProject 3 or AnalysisGroup	Specified data source type for plot file use result file for data source type. use project file for data source type. use current project for data source type. use analysis group for data source type.
FileName_ProjectFile	String		Specified project file for project file type
FileName_ProjectFile_StudyId	Flag		Specified study id for project file type
FileName_ProjectFile_CaseId	Flag		Specified case id for project file type
FileName_CurrentProject_StudyId	Flag		Specified study id for current project type
FileName_CurrentProject_CaseId	Flag		Specified case id for current project type
FileName_AnalysisGroup_StudyId	Flag		Specified study id for analysis group type
FileName_StartRow	Flag		The start row number for reading file
FileName_SkipFirstColumn	Flag	0 or Off 1 or On	The flag for not using first column as ID Use first column as ID. Not use first column as ID.
FileName_UseAutoSearchDistance	Flag	0 or Off 1 or On	The flag for using automatically decided search distance The search distance is not decided automatically. The search distance is decided automatically.
FileName_SearchDistance	Double		The search distance
FileName_CoordinateId	Coordinate		The coordinate system for reference.

Coil(HeatCoil)

Specifies the coordinate system of the winding coil. Coil condition is used for the anisotropy of the thermal conductivity.

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
Origin	Vector		The origin of the current
Direction	Vector		The direction of the current
DirectionType	Flag	0 or Vector 1 or InflowOutflow	The direction type The current direction is decided by vector with Direction and Origin The current direction flow to the outflow surface from the inflow surface

Heat Source(HeatGeneration)

Specifies the amount of heat generated.

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
SurfaceSetting	Flag	0 or Whole 1 or Top 3 or Bottom	The flag of surface setting Specified for the whole part. Specifies the top surface Specifies the bottom surface
GenerationType	Flag	0 or ConstantDensity 1 or ConstantAmount 2 or TableDensity 3 or TableAmounty 4 or Coupling 5 or TableTemperatureDensity 6 or TableTemperatureAmount 7 or EfficiencyMap	The generation type The constant heat source density type The constant heat source amount type The point array generation density type(time dependence) The point array generation amount type(time dependence) The oneway coupling type The point array generation density type(temperature dependence) The point array generation amount type(temperature dependence) The point array generation from efficiency map
ConstantDensity	Double		The value of constant heat source density
ConstantAmount	Double		The value of constant heat source amount
ThermalSourceType	Flag	0 or Distribution 1 or TotalLoss	The thermal source type The thermal source is based on the heat distribution. The tehrmal source is based on the total loss.
ThermalSourceName	String		The name for the thermal source calculation
LossScaleType	Flag	0 or Constant 1 or Table 2 or TemperatureDependentLinear 3 or TemperatureDependentTable	The loss scale type The constant loss scale type The point array loss scale type The temperature dependent (linear) loss scale type The temperature dependent (point array) loss scale type
ConstantScale	Double		The value of constant loss scale
ScaleBaseTemperature	Double		The value of base temperature for scale
ScaleGradient	Double		The value of gradient for scale
TemperatureTableScale	Table		The value of point array temperature scale
DepthFromSurface	Double		The depth from surface
UseLossAverage	Flag	0 or Off 1 or On	Use average loss Not to use average loss Use average loss
AverageLossType	Flag	0 or Step 1 or Time	The type of loss average Step type Time type
StartStep	Flag		The start step
EndStep	Flag		The end step
StartTime	Double		The start time
EndTime	Double		The end time
UseRotationAverage	Flag	0 or Off 1 or On	Use rotation average Not to use rotation average Use rotation average
UseMapping	Flag	0 or Off 1 or On	Use mapping Not to use mapping Use mapping
SlicePosition	Double		The position of the slice
SliceAngle	Double		The angle of the slice
AreaUpper	Double		The maximum of loss generation area
AreaLower	Double		The minimum of loss generation area
LinkedMagnetTemperatureComponent	Int		The linked probe component for magnet
LinkedCoilTemperatureComponent	Int		The linked probe component for coil
LinkedFieldCoilTemperatureComponent	Int		The linked probe component for field coil
LinkedRotorConductorTemperatureComponent	Int		The linked probe component for rotor conductor
TableDensity	Table		The value of point array heat source density(time dependence)
TableAmount	Table		The value of point array heat source amount(time dependence)
TableScale	Table		The value of point array loss scale
TableTemperatureDensity	Table		The value of point array heat source density(temperature dependence)
TableTemperatureAmount	Table		The value of point array heat source amount(temperature dependence)
ReferenceEfficiencyMap_DataSourceType	Flag	0 or ResultFile 1 or ProjectFile 2 or CurrentProject 3 or AnalysisGroup	Specified data source type for plot file use result file for data source type. use project file for data source type. use current project for data source type. use analysis group for data source type.
ReferenceEfficiencyMap_ProjectFile	String		Specified project file for project file type
ReferenceEfficiencyMap_ProjectFile_StudyId	Flag		Specified study id for project file type
ReferenceEfficiencyMap_ProjectFile_CaseId	Flag		Specified case id for project file type
ReferenceEfficiencyMap_CurrentProject_StudyId	Flag		Specified study id for current project type
ReferenceEfficiencyMap_CurrentProject_CaseId	Flag		Specified case id for current project type
ReferenceEfficiencyMap_AnalysisGroup_StudyId	Flag		Specified study id for analysis group type
ReferenceEfficiencyMapDataType	Flag		The efficiency map definition data type
LinkedDriveCycle	Int		The linked drive cycle condition
LinkedMagnetTemperatureCondition	Int		The linked average temperature condition for field coil
LinkedCoilTemperatureCondition	Int		The linked average temperature condition for coil
LinkedRotorConductorTemperatureCondition	Int		The linked average temperature condition for rotor conductor
CouplingType	Flag	0 or OneWay 1 or TwoWay 1 or Interactive	The coupling type The one way coupling The direct coupling The direct coupling
ReferenceLossFile	String		The path of reference loss file
ReferenceJcfFile	String		The path of jcf file
ReferenceLossFile_DataSourceType	Flag	0 or ResultFile 1 or ProjectFile 2 or CurrentProject 3 or AnalysisGroup	Specified data source type for plot file use result file for data source type. use project file for data source type. use current project for data source type. use analysis group for data source type.
ReferenceLossFile_ProjectFile	String		Specified project file for project file type
ReferenceLossFile_ProjectFile_StudyId	Flag		Specified study id for project file type
ReferenceLossFile_ProjectFile_CaseId	Flag		Specified case id for project file type
ReferenceLossFile_ProjectFile_ResultTypeIndex	Flag		Specified result type index for project file type
ReferenceLossFile_CurrentProject_StudyId	Flag		Specified study id for current project type
ReferenceLossFile_CurrentProject_CaseId	Flag		Specified case id for current project type
ReferenceLossFile_CurrentProject_ResultTypeIndex	Flag		Specified result type index for current project type
ReferenceLossFile_AnalysisGroup_StudyId	Flag		Specified study id for analysis group type
ReferenceLossFile_AnalysisGroup_ResultTypeIndex	Flag		Specified result type index for current project type
ReferenceLossFile_CoordinateId	Coordinate		The coordinate system for reference.

Contact Thermal Resistance Pattern (Rotation)(ContactResistanceRotationPattern)

Set the contact thermal resistance conditions together with the rotation pattern.

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
SettingType	Flag	0 or ThermalConductivity 1 or ThermalResistance	The setting type of contact thermal resistance The setting type is thermal conductivity The setting type is thermal resistance
ThermalResistanceType	Flag	0 or Constant 1 or ThermalTable 3 or GeneralContact	The thermal conductivity type The constant thermal resistance type The temperature vs thermal resistance point array type The general contact type.
ThermalResistance	Double		The thermal resistance
ThermalConductivity	Double		The thermal conductivity
FitType	Flag	0 or Custom 1 or GoodFit 2 or BadFit	The flag for fit type Use custom. Use good fit. Use bad fit.
CustomFit	Double		The custom fit length
GeneralContactThermalConductivity	Double		The thermal conductivity
ThermalCorrection	Double		The thermal correction coefficient
Thickness	Double		The thermal resistance thickness
UseLinkPeriodicBoundary	Flag	0 or Off 1 or On	The flag to link to periodic boundary condition Do not link to periodic boundary condition Link to periodic boundary condition
NumCopies	Flag		The number of copies
Origin	Vector		The rotation center
Axis2D	Flag	0 or Upward 1 or Downward	The direction of axis in the 2D model The direction of axis is parallel to (0,0,1). The direction of axis is parallel to (0,0,-1).
Axis	Vector		The rotation axis

Equivalent Temperature Boundary Pattern (Rotation)(SameTemperatureBoundaryPattern)

Specifies a constant temperature for the specified areas at once with the rotation pattern.

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
NumCopies	Flag		The number of patterns
Origin	Vector		The rotation center
SurfaceSetting	Flag	0 or Whole 1 or Top 3 or Bottom	The flag of surface setting Specified for the whole part. Specifies the top surface Specifies the bottom surface
Axis2D	Flag	0 or Upward 1 or Downward	The direction of axis in the 2D model The direction of axis is parallel to (0,0,1). The direction of axis is parallel to (0,0,-1).
UseLinkPeriodicBoundary	Flag	0 or Off 1 or On	The flag to link to periodic boundary condition Do not link to periodic boundary condition Link to periodic boundary condition
Axis	Vector		The rotation axis

Heat Transfer Boundary(HeatTransfer)

Specifies heat transfer through a specified face.

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
SurfaceSetting	Flag	1 or Top 3 or Bottom	The flag of surface setting Specifies the top surface Specifies the bottom surface
RefTemperatureType	Flag	0 or Constant 1 or Circuit 2 or Table	Reference temperature type The reference temperature is defined as a constant value The reference temperature is defined by the circuit The reference temperature is defined by the table(time)
Temperature	Double		The reference temperature
RefTemperatureTableByTime	Table		The reference temperature table(time)
ThermalResistor	Double		The thermal resistance
ResistanceType	Flag	0 or Constant 1 or PointArray 3 or ThermalResistance 4 or ThermalResistanceCylindrical 5 or CoolingWaterJacket 6 or CoolingSpray 7 or CoolingATF 8 or CoolingForcedConvection 9 or CoolingNaturalConvection 10 or CoilAndCoreContact 11 or GeneralContact 12 or Suppress 13 or User-Defined	The flag for thermal resistance type The constant type. The point array type. The thermal conduction type. The thermal conduction cylindrical type. The water jacket cooling type. The spray cooling type. The ATF cooling type. The forced convection cooling type. The natural convection cooling type. The coil and core contact type. The general contact type. Suppress type User-Defined type
TempVsThermalResistance	Table		The thermal resistor vs temperature point array
ThermalResistorLength	Double		The thermal resistor length
ThermalResistorCylinderHeight	Double		The thermal resistor cylinder height
ThermalResistorOuterRadius	Double		The thermal resistor cylinder outer radius
ThermalResistorInnerRadius	Double		The thermal resistor cylinder inner radius
ThermalConductivity	Double		The thermal conductivity
ThermalCorrection	Double		The thermal correction coefficient
CustomInsulationThickness	Double		The custom insulation thickness
CustomWireDiameter	Double		The custom wire diameter
CustomFillFactor	Double		The custom fill factor
CustomTension	Double		The custom tension
CustomConductorLength	Double		The custom conductor length
CustomPressure	Double		The custom pressure
ContactType	Flag	0 or RoundWire 1 or RectangularWire	The flag for contact type The round wire type. The rectangular wire type.
ImpregnationType	Flag	0 or Off 1 or On	The flag for impregnation type No impregnation. Use impregnation.
FitType	Flag	0 or Custom 1 or GoodFit 2 or BadFit	The flag for fit type Use custom. Use good fit. Use bad fit.
CustomFit	Double		The custom fit length
CoolantType	Flag	1 or Water 2 or Oil 4 or Custom	The flag for coolant type Use water. Use oil. Use custom.
ForcedConvectionCoolantType	Flag	0 or Air 1 or Water 2 or Oil 4 or Custom	The flag for coolant type Use air. Use water. Use oil. Use custom.
NaturalConvectionCoolantType	Flag	0 or Air 1 or Water 2 or Oil 3 or ATFOil 4 or Custom	The flag for coolant type Use air. Use water. Use oil. Use ATF oil. Use custom.
AdvectionCoolantType	Flag	1 or Water 2 or Oil 3 or ATFOil 4 or Custom	The flag for advection coolant type Use water. Use oil. Use ATF oil. Use custom.
ATFCoolantType	Flag	3 or ATFOil 4 or Custom	The flag for ATF coolant type Use ATF oil. Use custom.
ChannelConvectionCoolantType	Flag	0 or Air 1 or Water 2 or Oil 3 or ATFOil 4 or Custom	The flag for coolant type Use air. Use water. Use oil. Use ATF oil. Use custom.
Characteristic Length	Double		The characteristic length
InputFlowType	Flag	0 or FlowVelocity 1 or VolumeFlowRate	The flag for input flow type Use flow velocity. Use volume flow rate.
FlowVelocity	Double		The flow velocity
VolumeFlowRate	Double		The volume flow rate
NozzleDiameter	Double		The nozzle diameter
CoolingJacketType	Flag	0 or Spiral 1 or Axial 2 or None	The flag for cooling jacket type Use spiral. Use axial. None.
CoolingJacketTubeWidth	Double		The rectangular tube width
CoolingJacketTubeHeight	Double		The rectangular tube height
NumCoolingJacketTubes	Double		The number of rectangular tubes
CoolingJacketRadius	Double		The cooling jacket radius
RectangularTubeLength	Double		The cooling jacket tube length
CoolingJacketArea	Double		The cooling jacket area
ForcedConvectionType	Flag	0 or Circumferential 1 or AxisDirection 2 or MotorGap	The flag for forced convection type Use circumferential. Use axis direction. Use motor gap (radial).
GapWidth	Double		The gap width
RotorRadius	Double		The rotor radius
NaturalConvectionType	Flag	0 or HorizontalCylinder 1 or VerticalCylinder 2 or VerticalFlatPlate 3 or HorizontalPlateUpper 4 or HorizontalPlateLower	The flag for natural convection type Use horizontal cylinder. Use vertical cylinder. Use vertical flat plate. Use horizontal plate upper. Use horizontal plate lower.
CoolingMaterialTable	Table		The cooling material table
CoolantTemperatureType	Flag	0 or Constant 1 or ElementFaceAverageValue	The flag for coolant temperature type Use constant. Refer to Element Face Average Value.
CoolantTemperatureConstantValue	Double		The coolant temperature constant value
PreviewCoolantTemperature	Double		The coolant temperature (preview)
PreviewTerminalTemperature1	Double		The terminal temperature 1 (preview)
PreviewTerminalTemperature2	Double		The terminal temperature 2 (preview)
ThermalUserDefinedScript	String		The python script for thermal resistance
HasFins	Flag	0 or Off 1 or On	The flag for fins The surface does not have fins. The surface has fins.
FinInterval	Double		The fin interval
FinLength	Double		The fin length
FinHeight	Double		The fin height
FinNumber	Flag		The fin number
CoefficientType	Flag	0 or Constant 1 or Table 4 or TableByTime	The selection type of heat transfer coefficient The heat transfer is defined as a constant value The heat transfer coefficient is defined by the table(temperature) The heat transfer coefficient is defined by the table(time)
Coefficient	Double		The constant heat transfer coefficient
CoefficientTable	Table		The heat transfer coefficient table(temperature)
CoefficientTableByTime	Table		The heat transfer coefficient table(time)
FileName	String		The path for the heat transfer coefficient file
userid	Flag		The user subroutine ID.
FileName_DataSourceType	Flag	0 or ResultFile 1 or ProjectFile 2 or CurrentProject 3 or AnalysisGroup	Specified data source type for plot file use result file for data source type. use project file for data source type. use current project for data source type. use analysis group for data source type.
FileName_ProjectFile	String		Specified project file for project file type
FileName_ProjectFile_StudyId	Flag		Specified study id for project file type
FileName_ProjectFile_CaseId	Flag		Specified case id for project file type
FileName_CurrentProject_StudyId	Flag		Specified study id for current project type
FileName_CurrentProject_CaseId	Flag		Specified case id for current project type
FileName_AnalysisGroup_StudyId	Flag		Specified study id for analysis group type
FileName_StartRow	Flag		The start row number for reading file
FileName_SkipFirstColumn	Flag	0 or Off 1 or On	The flag for not using first column as ID Use first column as ID. Not use first column as ID.
FileName_UseAutoSearchDistance	Flag	0 or Off 1 or On	The flag for using automatically decided search distance The search distance is not decided automatically. The search distance is decided automatically.
FileName_SearchDistance	Double		The search distance
FileName_CoordinateId	Coordinate		The coordinate system for reference.
SettingType	Flag	0 or HeatTransferCoefficient 1 or ThermalResistance	The flag for thermal setting type Use heat transfer coefficient setting. Use thermal resistance setting.
LinkedDriveCycle	Int		The linked drive cycle condition

Efficiency Map (Heat Source)(ReferenceMapLoss)

Specifies the heat generation that references the efficiency map.

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
ReferenceEfficiencyMap_DataSourceType	Flag	0 or ResultFile 1 or ProjectFile 2 or CurrentProject 3 or AnalysisGroup	Specified data source type for plot file use result file for data source type. use project file for data source type. use current project for data source type. use analysis group for data source type.
ReferenceEfficiencyMap_ProjectFile	String		Specified project file for project file type
ReferenceEfficiencyMap_ProjectFile_StudyId	Flag		Specified study id for project file type
ReferenceEfficiencyMap_ProjectFile_CaseId	Flag		Specified case id for project file type
ReferenceEfficiencyMap_CurrentProject_StudyId	Flag		Specified study id for current project type
ReferenceEfficiencyMap_CurrentProject_CaseId	Flag		Specified case id for current project type
ReferenceEfficiencyMap_AnalysisGroup_StudyId	Flag		Specified study id for analysis group type
ReferenceEfficiencyMapDefinition	String		The efficiency map definition
VoltageTimeTable	Table		The value of point array voltage vs time
LinkedMagnetTemperatureComponent	Int		The linked probe component for magnet
LinkedCoilTemperatureComponent	Int		The linked probe component for coil
LinkedFieldCoilTemperatureComponent	Int		The linked probe component for field coil
LinkedRotorConductorTemperatureComponent	Int		The linked probe component for rotor conductor
LinkedDriveCycle	Int		The linked drive cycle condition
LinkedMagnetTemperatureCondition	Int		The linked average temperature condition for magnet
LinkedCoilTemperatureCondition	Int		The linked average temperature condition for coil
LinkedFieldCoilTemperatureCondition	Int		The linked average temperature condition for field coil
LinkedRotorConductorTemperatureCondition	Int		The linked average temperature condition for rotor conductor

Heat Flow(HeatFlow)

Calculates the heat flow passing through the specified face.

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
Direction	Flag	-1 or Inflow 1 or Outflow	The flag for the flow direction Positive heat flow is into the face Positive heat flow is out of the face
SurfaceSetting	Flag	1 or Top 3 or Bottom	The flag of surface setting Specifies the top surface Specifies the bottom surface

Rotation Periodic Boundary(RotationPeriodicBoundary)

Specifies a periodic boundary for a partial model when the model has periodicity in the dirction of rotation.

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
BoundaryType	Flag	0 or Normal 1 or Reverse	The periodic type The basic orientation The reverse orientation
Angle	Double		The occupying angle of the model
Origin	Vector		The rotation center point
Axis2D	Flag	0 or Upward 1 or Downward	The direction of axis in the 2D model The direction of axis is parallel to (0,0,1). The direction of axis is parallel to (0,0,-1).
Axis	Vector		The rotation axis

Equivalent Temperature Boundary(SameTemperatureBoundary)

Specifies a constant temperature for all the specified areas.

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
SurfaceSetting	Flag	0 or Whole 1 or Top 3 or Bottom	The flag of surface setting Specified for the whole part. Specifies the top surface Specifies the bottom surface
UseLink	Flag	1 or Off 2 or On	The flag for link of curcuit component. The link is off. The link is on.
UseDivideMultiplier	Flag	0 or Off 1 or On	The flag to convert to full model. Divide mulitplier is not used. Divide mulitplier is used.

Constant Temperature Boundary(ConstTemperatureBoundary)

Specifies a constant temperature for a specified area.

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
SurfaceSetting	Flag	0 or Whole 1 or Top 3 or Bottom	The flag of surface setting Specified for the whole part. Specifies the top surface Specifies the bottom surface
Temperature	Double		The temperature

Natural Boundary(NaturalBoundary)

Specifies a natural boundary when the magnetic flux flows perpendicular to the specified face.

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
SurfaceSetting	Flag	1 or Top 3 or Bottom	The flag of surface setting Specifies the top surface Specifies the bottom surface

Drive Cycle(DriveCycle)

Specifies drive cycle properties.

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
DriveCycleType	Flag	0 or Constant 1 or MotionTorque 2 or VehicleSetting	The drive cycle type The constant rotation speed and torque The motion torque type The vehicle setting type
ConstantSpeed	Double		The value of constant speed
ConstantTorque	Double		The value of constant torque
TimeTableRotationSpeedTorque	Table		The value of point array rotation speed and torque vs time
VehicleSpeedTable	Table		The value of point array vehicle speed vs time
VehicleType	Flag	0 or Database 1 or PointArray	The vehicle type The vehicle speed database The vehicle speed point array
TireDiameter	Double		The tire diameter of the vehicle
GearRatio	Double		The gear ratio of the vehicle
AirDensity	Double		Air density
DragCoefficient	Double		Drag coefficient
CrossSectionalArea	Double		The cross section area of the vehicle
RollingResistance	Double		Rolling Resistance
TotalWeight	Double		The total weight of the vehicle
Gravity	Double		Gravitational constant

Motion: Translation(HeatTranslationMotion)

Specifies the translation motion of parts.

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
VelocityType	Flag	0 or Constant 1 or Table 2 or CumulativeTable 3 or UserSubroutine	The selection type of velocity The velocity is defined as a constant value The velocity coefficient is defined by the table The cumulative amount of movement is defined by the table The velocity is defined as a user subroutine
InitialTranslationDisplacement	Vector		The initial translation displacement
Velocity	Table		The velocity vs time table
Time	Table		The displacement vs time point array
TranslateVelocity	Double		The translate velocity
VirtualMovement	Flag	0 or Off 1 or On	The flag to define movement as real or virtual. Real movement is used. Virtual movement is used.
Direction	Vector		The direction

Motion: Rotation(HeatRotationMotion)

Specifies the rotational motion of parts.

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
VelocityType	Flag	0 or Constant 1 or Table 2 or CumulativeTable 3 or UserSubroutine	The selection type of velocity The velocity is defined as a constant value The velocity coefficient is defined by the table The cumulative amount of movement is defined by the table The velocity is defined as a user subroutine
InitialRotationAngle	Double		The initial rotation angle
AngularVelocity	Double		The angular velocity
Velocity	Table		The time vs angular velocity table
Time	Table		The time vs angle point array
VirtualMovement	Flag	0 or Off 1 or On	The flag to define movement as real or virtual. Real movement is used. Virtual movement is used.
Axis	Vector		The rotation axis
Origin	Vector		The rotation center

Heat Flux Boundary(HeatFluxBoundary)

Specifies a heat flux to a specified boundary.

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
Flux	Double		The heat flux value

Translation Periodic Boundary(TranslationPeriodicBoundary)

Specifies a periodic boundary for a partial model when the model has the periodicity in the direction of translation.

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
BoundaryType	Flag	0 or Normal 1 or Reverse	The periodic type The basic orientation The reverse orientation
Length	Double		The length
Direction	Vector		The direction

Radiation Heat Transfer Boundary(RadiationHeatTransferBoundary)

Specifies a radiation for the specified boundary.

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
Temperature	Double		The reference temperature
EmissivityType	Flag	0 or Constant 1 or Table 2 or UserSubroutine	The radiation type The constnt emissivity type The point array emissivity type The emissivity of user subroutine
ConstantEmissivity	Double		The constant emissivity
TableEmissivity	Table		The point array emissivity