| - Understand the basic differences between structural, machine and rotor dynamics based on examples (k2)
- Compute solution for simple dynamic systems with rotating structures (k3)
- Analyse various condensation methods with respect to efficiency and accuracy (k4)
- Evaluate different rotor dynamic models and their assumptions and parameters (k5)
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- Introduction to the dynamics of machines, structures and rotors
* Equations of motion, discretization of simple rotating structures
* Vibration isolation
* Static and dynamic model reduction, modal and bi-modal analysis
* Jeffcott rotor, outer and inner damping, gyroscopic effect, variation oft he rotation speed, vibrations of blades
* Fluid film bearing, Magnetic bearing, rotor with crack
* Computation of examples of dynamics of machines, structures and rotors
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