Electrical Motor Design Training

Date: October 17th & 18th, 2018

 
Course Fees:
- 2000 Euros per person (Exc VAT) for Industrial participants.
- 1300 Euros per person (Exc VAT) for academic participants. 

 

Objectives of this training:

This course is designed to show the relationship between classical electric machine design, and the finite-element method in a modern multi-physics environment. It should be suitable for engineers coming from both sides, the traditional and the numerical. The Powersys training sessions are useful for engineers of all levels of experience, working together.  You will obtain many insights and skills in classical design methods, as well as a comprehensive view of the potential for accurate analysis using JMAG

An unusual feature will be an exercise to design a motor or generator of a common type to meet a specification with certain details proposed by members of the class. This will be used to illustrate the principles we have covered.

 

Intented audience:

The course is intended to benefit both engineers starting out in electric machine design, offering a consolidation of the principles and ideas in which they have been trained, and engineers with years of experience who may appreciate an opportunity to refresh their knowledge of fundamental machine design and applied analytical methods.

 

Summary:

October 17th, 2018: Motor design training by Pr. Tim Miller (9 am - 12:30 pm | 1:30 pm - 5 pm)

October 18th, 2018: Workshop on high fidelity modelling (9 am - 12 pm  | 1 pm - 4 pm)

  1. 3D with coil end
  2. Punching effects
  3. Connecting to Circuit Simulator
    • ​RT
    • Direct link
  4. Calculation performance
    • ​MPP/SMP solver
    • multi case study
    • SSH connection
    • Direct link
  5. Optimization in FEA:
    • ​Demonstration
    • ​Discussion forum with Tim Miller: about optimization which may be against the traditional design methods provided during the day one
  6. Open topics​
    • ​Questions from users
    • One to one meetings
    • Presentation of the latest new features

 

The course will be given by:

Professor Tim Miller has 45 years’ experience in the electrical engineering industry and as manager and leader of research laboratories at the University of Glasgow and at General Electric (USA), where he was a member of the team that developed the original “IPM”. His contributions include ten textbooks in machine design, power-systems engineering, and power electronics, and the evolution of several types of electric machine including brushless PM machines, switched reluctance machines, superconducting machines, and commutator machines. He is a Life Fellow of I.E.E.E. and was awarded the Nikola Tesla medal in 2008, and a lifetime service award by the UK Magnetics Society in 2014.

Yves Thiolière, expert of JMAG software, will illustrate the design of PM Brushless Machines using the Finite Element Method on examples carefully coordinated with the classical theory. Yves has more than 10 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.

 

 

General Conditions for the training:

Participants will have to pay 100% in advance before the training. Advance payment is required by Credit Card (*3% tax will apply on credit card payment) or by Bank wire Transfer. No onsite registration.


Cancellation can be made according to Powersys’ General Conditions for training:

In case you cannot attend the training after having registred, please contact us as soon as possible at: marketing@powersys.fr

In case of cancellation three weeks or more before the beginning of the training, the participants will not be charged.
In case of cancellation less than three weeks before the beginning of the training, Powersys will charge the participant 50% of the training fees.

Please note that Powersys will not reimburse any travel and/or accommodation expenditure in case of cancellation of the training.


We recommend you to make your travel arrangements once the training is confirmed.