Syllabus Information

5.3. Syllabus

Theoretical sessions

1. Vibration and Noise.

2. Introduction to the theory of vibrations.

3. Vibrations of discrete systems of one and n degree of freedom. Modal analysis

4. Vibrations in continuous systems: Shafts and beams.

5. Fundamental concepts of noise.

6. Instrumentation for measurement and analysis of vibration and noise.

7. Sources of vibration and noise on machines.

8. Troubleshooting machines.

9. Noise and vibration control.

10. Practical cases.

Practical sessions

1. Data acquisition and processing noise and vibration signals..

2. Modal testing of a beam

3. Determination of sound power of a machine and / or equipment

4. Vibration analysis of a cantilevered rotor.

• Setting up a measurement system
• Failure frequency Identification
• Interpretation and discussion of the measures