The discussion centers around multiphase flow in pipes, specifically focusing on scenarios involving high Mach numbers. Participants are seeking references for both experimental and simulation studies relevant to this topic, particularly in the context of accident analysis and transient situations.
Participants have not reached a consensus on specific references or methodologies, and multiple competing views regarding the focus of the analysis and the nature of the flow conditions remain present.
Limitations include the lack of clarity on specific Mach number ranges and the distinction between steady-state and transient conditions, as well as the dependency on access to academic papers.
Researchers and practitioners interested in multiphase flow dynamics, particularly in high-speed applications and accident scenarios, may find this discussion relevant.
What range of Mach numbers is one considering? Is this state for steady-state application or accident analysis?Raj Kiran said:Hello everyone
I am currently working on multiphase flow in pipe. Will you guys suggest any reference for multiphase flow in pipe with high Mach number (Experiment and Simulation)?
Thanks in Advance.
Thank you, Sir. Will you please send the links where I can subscribe and get such papers/articles?Astronuc said:What range of Mach numbers is one considering? Is this state for steady-state application or accident analysis?
For a pipe or vessel rupture under high pressure, one must consider a chocked flow as liquid flashes to steam, but that is a transient situation.
There are many papers on transonic two phase flow, but they require subscription or paid access.
At least on private company has produced a white paper on transonic flow.
http://fisonicsolutions.com/Resources/FISONIC WHITE PAPER 2010.pdf