Czech

2

Not applicable.

Students will get information about selected high-tech software packages, which are used in the field of high power engineering. Possibilities of computer aided solutions of typical high power engineering problems will be presented.

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.

4 written tests (max 24 pts), attendance (max 12 pts). Required minimum of 26 pts.

1. Guidelines of faculty computational network.
2. Solution of high power electrical engineering tasks using a method of finite elements (ANSYS).
3. Basics of data acquisition, analysis and presentation (LabVIEW).
4. Computational modeling in high power engineering (AutoCAD, Inventor).
5. Computational visualization and animation in high power engineering (3ds MAX).
6. Analysis of object functions and contradictions - creation of inventive tasks (TRIZ).
7. Solution of inventive tasks (TRIZ).
8. Principles of selected problems solution using MATLAB SIMULINK - introduction, basic mathematical operations, function graphs - part 1.
9. Principles of selected problems solution using MATLAB SIMULINK - introduction, basic mathematical operations, function graphs - part 2.
10. Principles of selected problems solution using MATLAB SIMULINK - introduction to dynamic systems simulations.
11. Principles of selected problems solution using MATLAB SIMULINK - model of pedant and torsional pendulum - part 1.
12. Principles of selected problems solution using MATLAB SIMULINK - model of pedant and torsional pendulum - part 2.
13. Principles of selected problems solution using MATLAB SIMULINK - simulation of non-continuous systems.

Not applicable.

To get information about selected software packages, which are used in high power engineering. To demonstrate possibilities of these packages and to recommend ways of their using in solution of common problems in high power engineering practice.

The content and forms of instruction in the evaluated course are specified by a regulation issued by the lecturer responsible for the course and updated for every academic year.

Not applicable.

Not applicable.

Aubrecht V.: Infomatika v silnoproudé elektrotechnice

Not applicable.

26 hours, compulsory

1. Guidelines of faculty computational network.
2. Solution of high power electrical engineering tasks using a method of finite elements (ANSYS).
3. Basics of data acquisition, analysis and presentation (LabVIEW).
4. Computational modeling in high power engineering (AutoCAD, Inventor).
5. Computational visualization and animation in high power engineering (3ds MAX).
6. Analysis of object functions and contradictions - creation of inventive tasks (TRIZ).
7. Solution of inventive tasks (TRIZ).
8. Principles of selected problems solution using MATLAB SIMULINK - introduction, basic mathematical operations, function graphs - part 1.
9. Principles of selected problems solution using MATLAB SIMULINK - introduction, basic mathematical operations, function graphs - part 2.
10. Principles of selected problems solution using MATLAB SIMULINK - introduction to dynamic systems simulations.
11. Principles of selected problems solution using MATLAB SIMULINK - model of pedant and torsional pendulum - part 1.
12. Principles of selected problems solution using MATLAB SIMULINK - model of pedant and torsional pendulum - part 2.
13. Principles of selected problems solution using MATLAB SIMULINK - simulation of non-continuous systems.