Advanced Level Training - 2 days (16 hours)

About Ansys Maxwell Advanced Motor Design Training by CADIT

Hands-on training in simulating rotating electrical machines in Ansys Maxwell, focused on PMSM and induction machine topologies. Covers best-practice workflows, parameter extraction, and result interpretation applicable across machine designs.

Perfect for Motor design engineers and machine analysts.

Learning Outcomes

By the end of this training, you will be able to:
1. Create accurate geometric representations of machines.
2. Calculate machine cogging torque efficiently.
3. Utilize mesh operations to optimize machine meshing.
4. Evaluate losses and assess machine power balance.
5. Extract and use Equivalent Circuit ROM in Simplorer/Twin Builder.
6. Create machine efficiency maps with the Machine Toolkit ACT.
7. Analyze potential demagnetization of permanent magnets in machines.

Course Content

1. Geometric Modeling
   - ·Easily create accurate geometric representations of electrical machines.
   2. Torque Analysis
   - ·Efficiently and accurately calculate machine cogging torque.
   3. Meshing in Optimization
   - ·Utilize full mesh operation capabilities to optimize machine meshing.
   4. Loss and Power Evaluation
   - ·Execute loss evaluations to determine machine power balance.
   5. Model Reduction and System Integration
   - ·Extract the Equivalent Circuit Reduced
   - Order Model (ROM) of the machine and use it within Ansys Simplorer or Twin Builder.
   6. Efficiency Mapping
   - Use the Machine Toolkit ACT to generate machine efficiency maps
   7. Magnet Demagnetization Analysis
   - Analyze potential demagnetization of the machine's Permanent Magnets

HRDCorp Claimable Ansys Maxwell course

Certificate of completion provided. If based in Malaysia, this course can be reimbursed with the HRDCorp Program through our certified trainers.