Learn how to set up a Flux model in HyperStudy that will investigate the relationship between actuator dimensions
and the mechanical force output.
Before you begin:
Copy the model files used in this tutorial from
<hst.zip>/HS-1620/ to your working directory.
Setup Flux to work with HyperStudy. For more information, refer to the registrations steps in Flux Model.
An electromagnetic actuator is a device that converts an electric current into a
mechanical output. The actuator is composed of an U magnetic core, mobile magnetic
part, and two coils supplied by an amp-turn number. The finite element model is
created and analyzed by Flux. The Flux model also contains the input variables and
output responses of interest.Figure 1. Electromagnetic Actuator and its Finite Element Model Figure 2. Input Variables
Perform the Study Setup
Start HyperStudy.
Start a new study in the following ways:
From the menu bar, click File > New.
On the ribbon, click .
In the Add Study dialog, enter a study name, select a
location for the study, and click OK.
Go to the Define Models step.
Add a Flux model by dragging-and-dropping the
Example.F2HST from the Directory into the work area.
The Resource, Solver input file, and Solver input arguments fields
become populated.Figure 3.
Click Import Variables.
Ten input variables are imported from the
Example.F2HST file.
Go to the Define Input Variables step.
Review the input variables.
Figure 4.
Perform Nominal Run
Go to the Test Models step.
Click Run Definition.
An approaches/setup_1-def/ directory is created
inside the study Directory. The
approaches/setup_1-def/run__00001/m_1 directory
contains the input file, which is the result of the nominal run.
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