I am doing final year project on Two-Phase Horizontal Pipeline vibration.
My goal is record pipe-structure frequency and fluid frequency and together with vibration amplitude.
I will have to play with the Superficial velocity of air and water (simulating oil and gas) to find the void fraction and plot them on Baker's chart.
I have read many research papers. But yet, I don't know why one paper is better than the other. Mainly due to lack of confidence in the field and fear of exploring/understanding wrongly.
Any advice on steps to take or point of view to check for solidifying my understanding on this matter is very much appreciated.
Hi Afzal
Take a look at this excellent book by C.R. Brennen on Multi Phase flows.
https://authors.library.caltech.edu/25021/2/cabook.pdf
Perhaps some of the below is useful as well?
- Non linear wave steepening affecting piping pulsation - https://qringtech.com/learnmore/examples-pulsation-vibration-acoustics-fatigue/
- Multi phase flow slugging & steepening - https://qringtech.com/2017/05/20/slugging-pulsating-pressure-source-characteristic-measurement/
- Advice on how piping pulsation can be measured - https://qringtech.com/2014/01/28/how-to-measure-pulsation/
- Why Pulsation creates vibration - https://qringtech.com/2014/01/28/physical-mechanisms-for-piping-vibration/
- Simplistic ways of relating steady state vibration amplitude to fatigue risk - https://qringtech.com/2014/05/27/piping-vibration-fatigue-risk-assessment/
/Claes
@claes Thank you very much, sir. I will check the link. Thank you so much for your time and suggesting me on this.
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