thank for the knowledge, but I still prefer simulate it on my computer without spending as much money as €1300, with big softwares like hyperworks CFD, autodesk CFD, star-CCM+ or Ansys fluent.
Well, licenses (unless you are a student) would typically cost 30-100 k€. So a pay-per-simulation platform can lower the threshold to get into CFD. If you have the time, knowledge & hardware, you can consider running your own simulations in OpenFOAM, for example. Perhaps these resources can also be useful: airshaper.com/blog/best-aerodynamic-resources
![[CFD] Multiple Reference Frame (MRF) Approach for Turbomachinery](/img/1.gif)
Air Shaper is surely the CFD package of tomorrow!
Thank you very much Devang!
Awesome video as always!
Thank you very much!!
Very interesting video! However I need to watch it again (at least) in order to get a good comprehension 😁
Thanks! I hope the second session helps to clear things up - or, I need to explain things more clearly :)
thank for the knowledge, but I still prefer simulate it on my computer without spending as much money as €1300, with big softwares like hyperworks CFD, autodesk CFD, star-CCM+ or Ansys fluent.
Well, licenses (unless you are a student) would typically cost 30-100 k€. So a pay-per-simulation platform can lower the threshold to get into CFD. If you have the time, knowledge & hardware, you can consider running your own simulations in OpenFOAM, for example. Perhaps these resources can also be useful:
airshaper.com/blog/best-aerodynamic-resources