BoundaryCondition Class

The BoundaryCondition class contains methods and properties for defining boundary condition values and directions. Note that some properties and methods are not applicable to all boundary condition types.

Note that boundary conditions are applied using the Scenario method “applyBoundaryCondition(bc object)”.

BoundaryCondition Class Properties

BoundaryCondition Properties	Type	Values
type	String	“Velocity”, “Normal Velocity”, “Pressure”, “Volume Flow Rate”, “Mass Flow Rate”, “Temperature”, “Slip/Symmetry”, “Unknown”, “Scalar”, “Humidity”, “Quality”, “Heat Flux”, “Total Heat Flux”, “Film Coefficient”, “Radiation”, “Current”, “Voltage”, “Transparent”
value	Number
units	String	examples are: “in/s”, “Pa”, “W/m2”; see interface for available units for each boundary condition
direction	String	“Vx”, “Vy”, “Vz” (applies to velocity components)
pressureType	String	“Gage”, “Absolute”
referenceTemperature	Number
referenceTemperatureUnits	String	“Fahrenheit”, “Celsius”, “Rankine”, “Kelvin”
backgroundTemperature	Number
backgroundTemperatureUnits	String	“Fahrenheit”, “Celsius”, “Rankine”, “Kelvin”
emissivity	Number
rotationalSpeed	Number
slipFactor	Number
pairID	Integer
sideID	Integer
setBackgroundTemperature	Number

BoundaryCondition Class Methods

BoundaryCondition Methods	Description	data return
bc = new BoundaryCondition(type)	creates a boundary condition object of name bc (can be anything); type = string	no
setValue(value, units)	sets value and units; value = number, units = string	no
setReferenceTemperature(value, units)	Sets reference temperature for film coefficient	no
setPointOnAxis(x,y,z) setAxisDirection(x,y,z)	sets axis properties for rotational velocity; x, y, and z are numbers	no
setTimeCurve(tc)	sets transient boundary condition; tc = time curve object	no
setBackgroundTemperature(value, units)	sets transparency background temperature; value = number; units = string	no
getFanCurve()	Returns fan curve for an external fan curve BC	yes