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FEM-Assisted Modeling Analysis Design and Control of Electric Machines - 1 DAY – FREE SEMINAR
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MORE
INFORMATION
ABOUT JMAG
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The seminar provides a comprehensive overview of the state-of-the-art on modeling, analysis, design and control of electric machines using powerful and efficient FEM-techniques and tools.
All FEM applications will be realised with JMAG.
The permanent magnet synchronous machine (PMSM) and induction machine (IM) will be representative addressed for all electric machine technologies.
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INSTRUCTOR
Dr. Dorin Iles is CEO of Iles-Engineering a company specialized in advanced technologies for
electric machines and drives:
- Research
- Development
- Consulting
- Teaching
- dedicated simulation tools
- Manufacturing technologies
- Rapid prototyping
- Experimental analysis
- Testing equipment for experimental analysis (power and signal electronics and motor control)
He holds the diploma and PhD degree in Electrical Engineering from the University of Timisoara in Romania. Dr Iles is an expert in electric machine design with over 20 years of industrial experience. He was and is involved in many research and development projects mainly for automotive, industrial and medical drives with successful implementation in series production. He holds several international patents and has published numerous technical papers.
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This seminar will be held
in GERMAN
Download the program
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SCHEDULE & CONTENTS
| 09:00-10:20 |
Electric machines modeling, analysis and control in electric drives |
- different modeling approaches with concentrated (equivalent circuits) and distributed (non-linear magnetic circuits, FEM) parameters
- machine model parameters computation: analytical vs. FEM-approach
- behavior analysis in steady-state, transients, electric drive system simulation (machine, drive, control)
- optimal control issues
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| 10:20-10:40 |
Break
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| 10:40-12:00 |
Electric machines design
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- electric machine configurations
- materials selection
- manufacturing technologies and design constraints
- conventional dimensioning process
- optimization design approach
- embedded-FEM objective function evaluation
- appropriate optimization algorithms
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| 12:00-13:00 |
Lunch |
| 13:00-14:20 |
PMSM*/IM-case study for an automotive application - a detailed FEM-assisted design and analysis |
- specification
- conventional vs. optimal design
- analytical vs. FEM-analysis
- electrical and magnetic loadings
- field distribution
- flux linkages
- induced voltage (BEMF)
- load points and motor characteristics (torque-speed, current-speed, efficiency-speed)
- cogging torque*
- torque pulsations
- resistances, inductances (in phase- and dq-coordinates)
- saturated and cross-saturated inductances
- losses (copper, iron and permanent magnet losses*)
- skewing effect
- demagnetization behavior*
- thermal analysis aspects
- acoustic analysis aspects
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| 14:20-14:40 |
Break |
| 14:40-16:00 |
Introduction to the use of JMAG-Express, JMAG and JMAG-RT |
CALENDAR OF SEMINARS
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