VariableType

An enumeration of the different variable types supported by the tabular data (See Ansys.Mechanical.Interfaces.IDataSeries) implementation "Ansys.ACT.Automation.Mechanical.Table.Column".

Declaration Syntax

public enum VariableType

Table 1172: Members

Member

Angle

Represents an Angle (independent) variable column with unit fundamentals [angle], such as ‘degree’ or ‘rad’.

Member

AverageFilmTemperature

No details are provided for this entry.

Member

BulkTemperature

No details are provided for this entry.

Member

CyclicSectorNumber

Represents the Cyclic Sector Number independent variable column. This column type has no units.

Member

DifferenceBetweenSurfaceAndBulkTemperature

No details are provided for this entry.

Member

Dimensionless

Represents a unitless independent. This column type has no units.

Member

ElementNumber

Represents the Element Number independent variable column. This column type has no units.

Member

GeometricGap

Represents the Geometric Gap independent variable column. This column type has unit fundamentals [length], such as ‘m’ or ‘ft’.

Member

HarmonicBasedLoad

Represents the Harmonic-based load independent variable column. This column type has no units.

Member

HeatFlux

Represents the Heat Flux as a variable column. This column type has unit fundamentals [mass time^-3], such as ‘W m^-2’ or ‘lbf s^-1 ft^-1’.

Member

HeatGeneration

Represents the Heat Generation a variable column. This column type has unit fundamentals [mass length^-1 time^-3], such as ‘W m^-3’ or ‘lbf s^-1 ft^-2’.

Member

HeatTransferCoefficient

Represents a Heat Transfer Coefficient as a dependent variable column with unit fundamentals [mass temperature^-1 time^-3] or equivalent, such as ‘W m^-2 C^-1’ or ‘lbf s^-1 ft^-1 R^-1’.

Member

HeatTransferRate

Represents the Heat Transfer Rate as a variable column. This column type has unit fundamentals [mass length^2 time^-3], such as ‘W’ or ‘lbf ft s^-1’.

Member

ID

Represents item IDs as a field (independent) variable column. This column type has no units.

Member

Length

Represents Length as an independent variable column with unit fundamentals [length], such as ‘m’ or ‘ft’.

Member

MultistageHarmonicIndex

Represents the Multistage Harmonic Index independent variable column. This column type has no units.

Member

NodeNumber

Represents the Node Number independent variable column. This column type has no units.

Member

PhaseShift

Represents the PhaseShift independent variable column. This column type has unit fundamentals [angle], such as ‘degree’ or ‘rad’.

Member

Pressure

Represents a Pressure as a variable column with unit fundamentals [mass length^-1 time^-2], such as ‘Pa’ or ‘psi’.

Member

RotationalVelocityVectorAmplitude

Represents the Amplitude of the Velocity Vector independent variable column. This column type has unit fundamentals [angle time^-1], such as ‘degree s^-1’ or ‘rad s^-1’.

Member

Strain

Represents a Strain as an independent variable column. This column type has no units.

Member

SurfaceTemperature

No details are provided for this entry.

Member

Temperature

Represents a Temperature as a variable column with unit fundamentals [temperature], such as ‘C’ or ‘F’.

Member

ThetaCoordinate

Represents the angular location Theta as a field (independent) variable column with unit fundamentals [angle], such as ‘degree’ or ‘rad’.

Member

Time

Represents the Time as a field (independent) variable column with unit fundamentals [time], such as ‘s’ or ‘h’.

Member

Velocity

Represents the Velocity independent variable column. This column type has unit fundamentals [length time^-1], such as ‘m ’ or ‘ft’.

Member

XCoordinate

Represents the X location as a field (independent) variable column. This column type has unit fundamentals [length], such as ‘m’ or ‘ft’.

Member

YCoordinate

Represents the Y location as a field (independent) variable column. This column type has unit fundamentals [length], such as ‘m’ or ‘ft’.

Member

ZCoordinate

Represents the Z location as a field (independent) variable column. This column type has unit fundamentals [length], such as ‘m’ or ‘ft’.