Require help about CFD analysis of turbomachines

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SUMMARY

The discussion focuses on the need for guidance in Computational Fluid Dynamics (CFD) analysis of turbomachines, specifically using GAMBIT and Fluent. The user is working on a master's thesis regarding the effect of stagger angle on turbine blade cascades and seeks tutorials and experimental data. Experienced users emphasize the importance of understanding CFD principles and suggest that without a solid foundation, results can be misleading. Recommendations include enrolling in a CFD course, developing solvers, and conducting thorough research for experimental data.

PREREQUISITES
  • Fundamentals of Computational Fluid Dynamics (CFD)
  • Experience with GAMBIT and Fluent software
  • Understanding of turbine blade cascade dynamics
  • Knowledge of meshing principles in CFD
NEXT STEPS
  • Research experimental data sources for turbomachines, including the NASA Technical Reports server
  • Find advanced tutorials on GAMBIT and Fluent for turbomachines
  • Learn about the principles of meshing in CFD applications
  • Explore writing a 1D and pseudo 2D solver for fluid dynamics
USEFUL FOR

Aeronautical engineers, graduate students in CFD, and researchers focusing on turbomachine analysis will benefit from this discussion.

jayaero
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hi,
I want to learn turbo machines analysis in GAMBIT and Fluent...
Anyone who have experience of CFD please help me...
please give me if u have any tutorials (apart from given within softwares)...
I am working for my masters thesis on effect of stagger angle on turbine blade cascade.
Thank you.
 
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You really need to learn CFD principles in general. People who use CFD or even FEA for that matter can be dangerous; seriously. It is way to easy to throw a model into Fluent/CFX/etc, and get an answer. Without background, you'll have no idea how accurate that answer is.

An experienced and inexperienced CFD'er solving the exact same problem could be as far off as 50%. Find some tutorials, but if you're doing a masters, Sign up for Computational Fluid Dynamics!. Write a 1D solver. Then write a pseudo 2D solver. Then learn principles of meshing. Then start your thesis. You have plenty of time, don't rush it.
 
hi
Thanks for reply.
I know the fundamentals of CFD and I have also done a course on CFD in first year of M.Tech. degree.I am B.E.(Aeronautical) so I have CFD background.I have written some small programs on C for heat transfer and 2-D fluid flow but I don't want to go into coding side.
I agree with u on the thing that experience is required on Fluent and otherwise anyone can solve problem but interpretation plus validation is important.Therefore I need help of some person who can guide me on 1.how to get experimental data on turbo machines 2.how to get some good tutorials on the same and send any research report if he have and overall any suggestions for how to go about dissertation.
Thank you.
 
Most experimental data I would assume is proprietary first off. Aside from that, you'll probably have to go journal hunting. You can also try the NASA Technical Reports server.
 
thanks...
 

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