Students must be able to solve the eigen value problem, solve the response in forced, steady and transient oscillations of systems with n degrees of freedom. Furthermore, the students must to have knowledge of the basics of nonlinear vibrations, and knowledge of the basics of experimental modal analysis. The student must know, matrix calculus, linear algebra, differential equations, fundamentals of the finite element method.

Active participation in the course, obtaining at least 20 points (out of 40 possible), which can be received by completing tasks and achieving at least 30 points (out of 60 possible) in the test. The specific form of the tests, types, number of tasks or questions and details of the assessment will be given by the lecturer during the semester. The final evaluation is given by the sum of the points according ECTS. For successful completion of the course it is necessary to obtain at least 50 points.

Attendance at practical training is obligatory. Longer absence is compensated for by special tasks according to instructions of the tutor. Seminar credits are awarded on the condition of: active presence in the seminars, good results of seminar tests on basic knowledge, solution of additional tasks in case of longer excusable absence. Seminar tutor will specify the concrete form of these conditions in the first week of semester.

The course aims to introduce students to selected issues of dynamics of rotor systems, and the ways of obtaining information about the dynamic behavior of rotating machines from vibration measurements of rotating machines.

Studenti získají teoretické znalosti z oblasti rotorových soustav, seznámí se s možnostmi výpočtového modelování, naučí se predikovat rezonanční stavy a kritické otáčky rotačních strojů a seznámí se s možnostmi zmírnění jejich projevů. Studenti se naučí zpracovat data získané měřením vibrací rotačních strojů.

Erwin Kramer: Dynamics of Rotors and Foundations , Springer Verlag, 1993

Gasch, Pfutzner: Dynamika rotorů, SNTL Praha, 1980.

• Programme N-IMB-P Master's

  specialization IME , 2. year of study, winter semester, compulsory
  

• Simulation of rotor start up in time domain
• Simulation of rotor behaviour in bearings
• Vibrations of disks and bladed disks
• Effect of nonlinearities on the dynamic behaviour of bladed discs
• Processing of vibration measurement data of rotating machines.