LPV ROM Parametric Setup

LPV ROM Parametric Setup enables you to quickly create a parametric setup for state-space characterization. The toolkit provides options to model velocity (opening boundary) or heat transfer coefficient (wall boundary).

Note:

See Getting Started with Icepak - LPV ROM for a workflow related to this feature.

Parametric Setup Name	Enter a name for the parametric setup.
Select Scheduling Parameter	From the drop-down list, select Velocity (Opening) or Heat Transfer Coefficient (Wall).
Inputs and Outputs	Select the flow and thermal inputs and the outputs.
Select Transient Setup	Select the transient solution setup. If needed, enable Create steady state design and link with transient setup.
Import Options	Select Start/Continue from a previously solved setup to link to the steady-state design. Select the design and solution from the drop-down lists. If the steady-state design solves for flow and temperature, select Frozen flow simulation.
Input Object Power	Specify the power for the input objects for the parametric trials.
Input Object Velocity	With Velocity (Opening) specified as the scheduling parameter, specify the flow for the opening for the parametric trials.
Input Object HTC	With Heat Transfer Coefficient (Wall) specified as the scheduling parameter, specify the heat transfer coefficient for the wall for the parametric trials.
No. of tasks/Enable two level	If needed, edit the number of tasks for the solver to run and enable two-level high performance computing.
Create Setup	Click Create Setup to create the parametric setup, which is listed under Optimetrics in the Project Manager.
Create and Run Setup	Click Create and Run Setup to create and run the parametric setup.
Use Default/Cancel	Click Use Default to restore the default settings. Click Cancel to close the LPV ROM Parametric Setup toolkit without creating and running a parametric setup.