JMAG Training: From Motor Design to NVH

Place: University of Wuppertal

Date: 21st March 2019

Training fees: FREE

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Objective: 

The objective of this training is to acquire practical abilities in the JMAG software and to illustrate how to use it for Noise & Vibration Analysis .

Instructor: Didier Zefack
Didier, expert of JMAG software, has more than 5 years’ experience in electric machine design using the FE method with JMAG. He has given numerous training courses and is also daily supporting JMAG users in electric machines design and other areas.

Language: English

Public and technical background required

The training is recommended to everybody interested in practical & theoretical aspects of electromagnetically simulation.
Having previous experience in electromagnetically simulation is really useful.

Program

March 21^st 2019

9h00-10h30:

1. Introduction & General presentation of JMAG

2. Modelling/Designing of Electric machines using JMAG

2.1 JMAG Modelling features

2.2 CAD Modelling

2.3 Material Modelling

2.4 Condition setup & Circuit Modelling

10h30-11h00: Coffee Break

11h00-12h30:

2. Modelling/Designing of Electric machines using JMAG (next)

2.5 Mesh Modelling

2.6 Calculation Settings & Postprocessing

2.7 Parametric calculation setup

2.8 Demonstration & Automation scripts

12h30-13h30: Lunch

3. Practical Exercise sessions or Student/Customer topics

3.1 2D Motor analysis

3.2 Parametric Analysis using 2D PM Motor

15h00-15h15: Coffee Break

15h15-17h00:

3. Practical Exercise sessions or Student/Customer topics (next)

3.3 3D Motor analysis

3.4 Standard Iron Loss Calculations of PM Motor

3.5 Noise and vibration analysis

4. Conclusion & discussions

The program is subject to change.

Licensing & Computers

The University of Wuppertal will gently borrow a computer to each participant.

JMAG temporary licenses will be provided for the duration of the course.

Methodology

The overall methodology is based on theoretical explanation on main concepts and details followed by practical implementation of the complete design procedure:

    – 50% theoretical contents

    – 50% practical exercises by means of guided JMAG simulations

A set of JMAG exercises already developed will be provided to the audience together with the rest of the course materials.

Venue

University of Wuppertal

School of Electrical, Information and Media Engineering

Chair of Electric Mobility and Energy Storage Systems & Institute of Electrical Machines and Drives

Rainer-Gruenter-Str. 21

Building FE, 0 floor (Erdgeschoss)

Room: FE.00.08

42119 Wuppertal

Germany

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