Induction motor simulation using RMXPRT tool of ANSYS MAXWELL

About Course

This course introduces the simulation of three-phase and single-phase induction motors using Ansys Maxwell RMxprt. You’ll learn how to build motor models with the template-based tool, run performance simulations, and then generate detailed 2D and 3D finite element models for advanced analysis. Step by step, we’ll move from basic setup to practical results, giving you the skills to design and evaluate induction motors with confidence

Simulation of Three-Phase and Single-Phase Induction Motors with RMxprt
You’ll learn how to model and simulate both single-phase and three-phase induction motors using Ansys Maxwell RMxprt. The course takes you from setting up motors with ready-made templates to running performance analysis, and finally to creating 2D and 3D finite element models for deeper electromagnetic study.
Simulation of Single-Phase Induction Motor with RMxprt
You’ll learn step by step how to set up, simulate, and analyze a single-phase induction motor in RMxprt. From choosing capacitor configurations to building the 2D model, running analysis, and interpreting results, this course equips you with the skills to understand and optimize single-phase motor performance.

Course Content

Three phase induction motor modeling in Ansys Maxwell

Getting started to select the model and create the geometry
08:56
Setting the machine parameters and stator properties
06:14
Setting the rotor and shaft properties
08:18
Power rating setting and analyzing the RMXPRT model for analytical model results
09:20
Creating 2D and 3D model for FEA analysis and results description
09:27

Single phase induction motor modeling

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Induction motor simulation using RMXPRT tool of ANSYS MAXWELL

About Course

What Will You Learn?

Course Content

Three phase induction motor modeling in Ansys Maxwell

Getting started to select the model and create the geometry

Setting the machine parameters and stator properties

Setting the rotor and shaft properties

Power rating setting and analyzing the RMXPRT model for analytical model results

Creating 2D and 3D model for FEA analysis and results description

Single phase induction motor modeling

Getting Started: Capacitor-Run vs. Capacitor-Start Motors in RMxprt

Defining the Motor Core: Stator, Rotor, Winding, and Power Setup

Interpreting RMxprt Results: Reports and Performance Insights

Building the 2D Model: Parameters, Circuits, and Motion Setup

Editing Circuits and Running 2D Analysis for Results

Analyzing Outcomes: Speed, Torque, Currents, and Performance Tuning

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About Course

What Will You Learn?

Course Content

Three phase induction motor modeling in Ansys Maxwell

Getting started to select the model and create the geometry

Setting the machine parameters and stator properties

Setting the rotor and shaft properties

Power rating setting and analyzing the RMXPRT model for analytical model results

Creating 2D and 3D model for FEA analysis and results description

Single phase induction motor modeling

Getting Started: Capacitor-Run vs. Capacitor-Start Motors in RMxprt

Defining the Motor Core: Stator, Rotor, Winding, and Power Setup

Interpreting RMxprt Results: Reports and Performance Insights

Building the 2D Model: Parameters, Circuits, and Motion Setup

Editing Circuits and Running 2D Analysis for Results

Analyzing Outcomes: Speed, Torque, Currents, and Performance Tuning

Receive a certificate

Student Ratings & Reviews

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Legal

Partnerships

Quick Links

Get In Touch

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