TWF_CreateCFDModel#
- class ansys.fluent.core.generated.v261.object_model.solver_workflow.Root.TWF_CreateCFDModel(service, rules, command, path=None)#
Bases:
PyCommandUse this task to formally create the CFD model. For each blade row, specify the number of modeled passages (or sectors) per row. Make sure to first specify the Axis of Rotation. Use the graphics window to visually verify and ensure the CFD model is constructed properly.
- Parameters:
- CFDMChildName
str - CFDMSelectMeshAssociation
str - AxisOfRotation
str Specify the rotational axis for the generated CFD turbomachine geometry.
- DelayCFDModelCreationbool
- RestrictToFactorsbool
Choose whether or not to restrict the number of model blade sectors to a factor of the number of blades.
- EstimateNumBladesbool
- CFDMRowNumList
list[str] - OldCFDMNumOfBladesList
list[str] - NewCFDMNumOfBladesList
list[str] - OldCFDMModelBladesList
list[str] - NewCFDMModelBladesList
list[str] - OldCFDMAngleOffset
list[str] - NewCFDMAngleOffset
list[str] - OldCFDMBladesPerSectorList
list[str] - NewCFDMBladesPerSectorList
list[str]
- CFDMChildName
- Returns:
Methods:
Create a command-argument instance for this operation.
- __init__(service, rules, command, path=None)#
__init__ method of PyCommand class.
- create_instance()#
Create a command-argument instance for this operation.
The returned
PyArgumentswrapper exposes the operation’s arguments for inspection and state updates. Its lifetime is registered with the underlying service so command-argument resources can be released when the wrapper is deleted.