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Electromechanic actuators are getting increasingly more common in industry products and productions systems. Skills in the design and integration of such are thus important. The purpose of this course is to provide such skills.

Lectures: Windings, current density, torque production and losses. Optimisation, torque quality, reluctance net models, FEM analysis.
Project: Design of an electrical machine with the use of a FEM design programme.

understand how magnetic, electric, thermal and mechanical properties interact for the desired function of the actuator;
know the most important design material properties.

be able to use a FEM software for magnetic and thermal design of an electromagnetic actuator;
be able to make fundamental magnetic, mechanic, thermal and electric design of an electromagnetic actuator.

be able to discuss and evaluate the properties of an electric actuator design in a certain application with the application design engineer.

Föreläsningar

Projekt

Skriftlig rapport

Inlämningsuppgifter

Passed assignment and approved project report are required to pass the course.

Underkänd, godkänd

ESSF15 Electrical Engineering (E), ETE055, EITF85 Electromagnetic Field Theory (PhyE), MIE012, EIEF35 Electrical Engineering, basic course (ME), ETEF01 Electromagnetic Field Theory (MathE).

Kompendium i elmaskinkonstruktion, IEA, LTH..

EIEN20F

2021-06-24

Professor Thomas Johansson