Help to form questions regarding wind flow/convection

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SUMMARY

This discussion centers on the use of COMSOL Multiphysics to simulate wind flow and convection around Mount St. Helens. The user has successfully set up simulations for laminar flow and heat transfer but seeks to refine their work by formulating specific research questions. Suggestions include exploring the effects of temperature gradients on velocity fields and identifying additional parameters that could influence wind patterns and convection processes.

PREREQUISITES
  • COMSOL Multiphysics software proficiency
  • Understanding of laminar flow dynamics
  • Knowledge of heat transfer principles
  • Familiarity with topographical modeling
NEXT STEPS
  • Investigate the impact of varying temperature gradients on wind flow patterns in COMSOL
  • Explore advanced features of the heat transfer module in COMSOL
  • Research specific convection phenomena related to mountainous terrains
  • Formulate targeted research questions based on simulation outcomes
USEFUL FOR

This discussion is beneficial for environmental engineers, researchers in fluid dynamics, and students working on projects involving computational simulations of wind flow and heat transfer in mountainous regions.

Earthland
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Hello!

I'm not sure if this is the right forum for this topic, but my question is very general, not a textbook problem or something like that :) . I work in Comsol where I have imported the topography of mount St Helens and I simulate wind flow around the mountain (as laminar flow) and also simulate convection through heat transfer module. This is a schoolwork project and I have gotten these simulations running. But these are very general simulations and I want to make my work more exact, so that I could provide answer to some question through these simulations - but what questions should these be?

For example, I can see what happens to velocity field if one side of the mountain is warmer than other etc. Any other suggestions?
 
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Hum... So let me see if I understand you correctly. You have come up with a solution looking for a problem?

Zz.
 
Well I'll have to advance my simulations probably, once I'll figure out what could be my problem, yes :D
 

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