Basic fountain design - recommendations

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SUMMARY

The discussion centers on the design of a basic 3D fountain using CAD software, specifically comparing Creo and Autodesk Inventor for the initial design phase. Participants recommend Autodesk Inventor for its user-friendly interface. For analyzing water flow at varying pump powers, the conversation suggests using analytical modeling techniques rather than relying solely on Computational Fluid Dynamics (CFD), which can be complex and may not yield accurate results without proper expertise.

PREREQUISITES
  • Familiarity with CAD software, specifically Autodesk Inventor and Creo.
  • Understanding of basic fluid dynamics principles.
  • Knowledge of analytical modeling techniques for fluid flow analysis.
  • Awareness of the limitations and complexities of CFD software.
NEXT STEPS
  • Research Autodesk Inventor for 3D modeling techniques specific to fountain design.
  • Explore analytical modeling methods for fluid dynamics in fountain systems.
  • Investigate the capabilities and limitations of CFD software for water flow analysis.
  • Learn about integrating CAD models with CFD tools for comprehensive analysis.
USEFUL FOR

This discussion is beneficial for mechanical engineers, CAD designers, and anyone involved in fluid dynamics analysis, particularly those interested in designing and testing water features like fountains.

trynix
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Hello everyone,

I'm interested in making a basic 3d fountain design using some of the software in my lab, mainly to start developing intuition in using such software.

Would Creo or Inventor be better for the setup? Also, if I wanted to test the water flow through the fountain at different pumping powers, what would be a good software to do that (and can it import a Creo/Inventor model)? Or would CFD be the way for that?

Thank you!
 
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I vote Inventor for design... but I have no idea about testing the actual water flow.
 
Honestly I think you're better off analyzing water flow using analytical modeling in this case. Flow between the pump and nozzle would be fairly normal for analytical techniques, and after it leaves the nozzle most CFD codes will take some gymnastics to converge on anything approaching a "real " solution.

That, plus CFD can tend to be a black art for anyone not familiar with it. As with all analysis software, just because you made a pretty picture doesn't mean it has any basis in reality...
 

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