| Title: |
EES EDD: Electric Drive Design |
| Short Code: |
MTE7993 |
| ECTS Credits: |
1 |
| UAS: |
BFH
|
| Organizer Details: |
Dr. Timothé Delaforge (subst. for Prof. Dr. Andrea Vezzini) |
| Evaluation: |
Active participation in the three days of course is required.
The course is part of the EVA EES |
| Decision Date: |
30 September 2023 |
| Start Date: |
10 November 2023 |
| End Date: |
24 November 2023 |
| Date Details: |
Three course days, details will be communicated to the participants.
Preliminary Dates are:
- 10. November 2023
- 17. November 2023
- 24. November2023
|
| Type: |
|
| Language(s): |
- English, mixed English/German course documents.
|
| Description (max. 300 characters): |
The most important steps in the design of electrical machines using finite element analysis are to be taught. These include the basics of electromagnetic force production and the most important relationships in dimensioning. |
| Contents and Learning Objectives: |
- Fundamentals of electrical magnetic energy conversion: field terms, field equations, forces and torques, energy and secondary quantities
- Overview of numerical field calculation and simulation methods Finite element methods, in general and for electromagnetic fields
- Exercises: Magnetic circuit: Analytical solution and numerical treatment with FE program
- Application questions of numerical methods: model creation, parameter selection, selection of suitable calculation methods, discretization
- Procedure for applying numerical methods to electrical machines and actuators: GM, ASM, PMM, SRM, synchronous machines and actuators
- Exercises: FE analysis of the magnetic circuit and determination of the operating characteristics of a PM motor
- Cogging and load pulsation moments, analysis with FE methods, minimization
|
| Admission: |
Write an E-Mail to : mse@bfh.ch with CC to EVA contact person. Students who are not enrolled at BFH must first register with IS-A: https://is-a.bfh.ch/imoniteur_OPROAD/!formInscrs.connection?ww_c_formulaire=FORMULAIRE_ERASMUS |
| Literature: |
|
| Conditions: |
Active participation in the course (presence on all three days) Successful exercise (Permanent Magnet Synchronous Motor Design) during the course |
| Contact: |
Dr. Timothé Delaforge / (Prof. Dr. Andrea Vezzini) For administrative questions (e.g. enrolment), please contact the BFH MSE office directly. mse@bfh.ch
|
| Contact Person E-Mail: |
timothe.delaforge@bfh.ch |
| Status: |
will be held
|
| Specialization: |
Energy and Environment (EE)
Industrial Technologies (InT)
Electrical Engineering (ElE)
Energy & Environment (EnEn)
Mechatronics & Automation (MA)
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