Random Vibrations- Acoustic and Flow induced Vibrations effect on Piping & Vessel Design

The topics that will be covered in this course will be –

1. What makes a vibration problem categorised as “random vibration”?-Some real life examples.

2. Various approaches to address random vibrations- Introduction to statistical approaches, concept of probability distribution functions.

3. Fourier Transform- the heart of random vibrations.

4. Acoustic and Flow induced vibrations- Associated fluid dynamics, Theoretical background

5. How to address Acoustic and Flow induced vibrations? - A detailed review of Energy Institute Guidelines.

6. Pipe supports used to suppress vibrations- Some real life examples.

7. Use of Viscous dampers to address random vibrations in piping systems- Background theory and applications.