Czech

Not applicable.

Ability to use the fundamental physical laws in the field of electrical machines. Deeper knowledge of magnetic circuits, windings, losses and cooling of electrical machines. Be familiar with principles of design and application of the finite element method.

The subject knowledge on the secondary school level is required.

Not applicable.

Teaching methods depend on the type of course unit as specified in the article 7 of BUT Rules for Studies and Examinations.

Control tests - 10 points
Computer exercises - 15 points
Final Exam - 65 points

Lecture
1. Electromagnetic field, fundamental equations, introduction to Finite Element Method.
2. Losses and efficiency, materials properties.
3. Transformers, design of magnetic circuit and winding.
4. Application of modern materials, electrical machines dimensioning.
5. Principle of electromagnets, electromechanical energy conversion.
6. Construction and design of electromagnets.
7. DC machines, magnetic circuit, excitation and armature winding.
8. Permanent magnets properties and design of DC permanent magnet motors.
9. Magnetic circuit and construction of synchronous machines, generated voltage.
10. Permanent magnet synchronous machine, BLDC motor, design of magnetic circuit and winding.
11. Temperature field and cooling.
12. Design of cooling system of electrical machines.
13. Mechanical analysis for electrical machines.

Computer exercises
1. Introduction to FEMM program. Preprocessor, meshing, postprocessor.
2. Air-core coil, iron-core coil, simple magnetic circuit with one and more coils.
3. Transformer. Magnetostatic analysis.
4. Transformer. AC magnetic analysis.
5. Electromagnet in cartesian coordinates, energy, co-energy, force.
6. Electromagnet in cylindrical coordinates, effect of magnetic circuit design on electromagnet characteristics.
7. Wound-Field DC Motor.
8. Permanent Magnet DC Motor.
9. Salient pole and non-salient pole synchronous machine.
10. Permanent magnet synchronous machine and BLDC motor.
11. Thermal analysis of electrical machines.
12. Temperature field of transformer.
13. Structural analysis of the rotor.

Not applicable.

Apply a theoretical knowledge of the 1st and 2nd year of Bachelor's study to the field of electrical machines. Provide deeper understanding of the principles of operation and contruction of electrical machines. Acquaint the students with the finite element method focusing on analysis and design of electrical machines.

The attendance at the all laboratory exercises is required.

Not applicable.

Not applicable.

Měčička, J., Hamata V., Voženílek P.: Elektrické stroje. Skriptum ČVUT v Praze, 1997. (CS)
Patočka, M.: Magnetické obvody. Elektronický učební text, FEKT, VUT Brno, 2005. (CS)

Not applicable.