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leap71 / LEAP71_HelixHeatX

A helical heat exchanger built on the LEAP 71 Shape Kernel and PicoGK
Apache License 2.0
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Exchanger design from engineering and datasets #2

Open yvanblanchard opened 5 months ago

yvanblanchard commented 5 months ago

Hello

Thank you for sharing this wonderful tutorial and all the amazing work you are doing with -open-sourced picoGK.

I was wondering if the very initial stage of this scenario (exchanger geometry definition, ready for 3D printing) could be detailed and shared, I mean starting from engineering requirements and measurements datasets (fields, etc) , I guess through AI.

I could understand that sharing those data (and present it as a step by step tutorial) could be very time-consuming, so if you coudl at least explain how you prepare initial data of this use case. Did you use your Noyron (closed-source) technology for it ?

More generally: It would be nice to know (using this test case, or another) how to proceed starting from engineering datasets, for trying to apply in other (but similar) engineering problems. But also for reusing those inputs to prepare and run FE-based simulation (checking if input engineering requirements are OK or not).

Thank you again!

LinKayser commented 4 months ago

I will work towards this in upcoming chapters in my book https://picogk.org/coding-for-engineers/ And yes, it's a very time consuming process, that's why it will take me a while.

In terms of simulation feedback, maybe the code Josefine published a while ago can help a bit with the general concept: https://github.com/leap71/PicoGK_SimulationExample

The biggest challenge with automated feedback is understanding the result and acting on it. For example, if there is a hotspot at some place, what does that actually mean in terms of geometry modification.

Hope to be able to guide you in a more detailed way in upcoming chapters.

Best, Lin

yvanblanchard commented 4 months ago

Thank you Lin ! And thanks for sharing your guidebook for computational engineering.

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De : Lin Kayser @.> Envoyé : Thursday, July 4, 2024 4:01:24 PM À : leap71/LEAP71_HelixHeatX @.> Cc : Yvan BLANCHARD @.>; Author @.> Objet : Re: [leap71/LEAP71_HelixHeatX] Exchanger design from engineering and datasets (Issue #2)

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I will work towards this in upcoming chapters in my book https://picogk.org/coding-for-engineers/ And yes, it's a very time consuming process, that's why it will take me a while.

In terms of simulation feedback, maybe the code Josefine published a while ago can help a bit with the general concept: https://github.com/leap71/PicoGK_SimulationExample

The biggest challenge with automated feedback is understanding the result and acting on it. For example, if there is a hotspot at some place, what does that actually mean in terms of geometry modification.

Hope to be able to guide you in a more detailed way in upcoming chapters.

Best, Lin

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