
Typically, designing an induction motor begins with power equations and other calculations to establish the initial design parameters. However, this course introduces an alternative approach that replaces these time-consuming steps with Ansys Motor-CAD®, a dedicated electric motor design tool for multiphysics simulation's sensitivity analysis tool. This method minimizes initial assumptions and manual effort, allowing you to fully harness Ansys Motor-CAD software's capabilities and streamline your workflow.
In this course, you will learn how to effectively use Ansys Motor-CAD software to design induction motors by leveraging its powerful sensitivity analysis tool—eliminating the need for traditional sizing calculations.
Learning Outcomes:
Following completion of this course, you will be able to:
- Design induction motor using Ansys Motor-CAD software's sensitivity analysis tool.
- Optimize the design of the induction motor using the Ansys Motor-CAD software's sensitivity analysis tool.
Prerequisites:
- Basic knowledge of using Ansys Motor-CAD software.
- Basic understanding of electrical machine design.
- Basic knowledge of Python programming (preferred).
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Cost: FREE
- Course Duration: 1-2 HOURS
- Skill Level: Beginner
- Skills Gained: Design induction motor using Ansys Motor-CAD software's sensitivity analysis tool, Optimize the design of the induction motor using the Ansys Motor-CAD software's sensitivity analysis tool, How to effectively use Ansys Motor-CAD software to design induction motors by leveraging its powerful sensitivity analysis tool
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