1. Introduction to vibration diagnostics, signal processing methods
2. Common faults in mechanical systems
3. Frequency spectra, time synchronous averaging
4. Standards and regulations in vibration diagnostics
5. Operational modes of vibration, introduction to experimental modal analysis
6. Experimental methods, excitation techniques
7. Systems with one and multiple degrees of freedom
8. Modal parameter extraction methods
9. Criteria for comparing modal models
10. Introduction to acoustic measurements – basic physiology, acoustic quantities, and sensors
11. Law of acoustic pressure decay, summing acoustic signals
12. Acoustic power measurement
13. Methods for noise reduction
2. Common faults in mechanical systems
3. Frequency spectra, time synchronous averaging
4. Standards and regulations in vibration diagnostics
5. Operational modes of vibration, introduction to experimental modal analysis
6. Experimental methods, excitation techniques
7. Systems with one and multiple degrees of freedom
8. Modal parameter extraction methods
9. Criteria for comparing modal models
10. Introduction to acoustic measurements – basic physiology, acoustic quantities, and sensors
11. Law of acoustic pressure decay, summing acoustic signals
12. Acoustic power measurement
13. Methods for noise reduction