genuine question

lmao

Why?

@@WagaTousoLTT Cooler sponsorship scandal

hey it's AI driven technology. investors and users alike flock to such features

Hello @TheUeffects. Our software, ColdStream, requires the selection of a manufacturing constraint before optimization can take place. This constraint ensures that the heat sink can be produced. We recently published a blog article that showcases the heat sink design of a power inverter using three different manufacturing techniques: www.diabatix.com/blog/exploring-advanced-manufacturing-techniques-for-optimal-cooling-solutions

Hello Al Hr, we directly solve the Navier-Stokes Equation.

@@Diabatix thank you. could you please explain yet the fact that the temperature difference of the fluid is not same for both simulations?

@@alhr8074 No worries. The simulations are perfectly converged. The temperatures that are visualized are area-averages. But near the outlet the velocity can be distorted, i.e. it can have a strongly non-uniform velocity profile. In case of the generative design, the mixing is better because of the complexity in the channel structures. The temperature average, weighted with the local mass flow rate will have exactly the same value while this is not required for the pure area averages.

@@Diabatix thank you for clarifying. I find this approach as a game changer comparing towards the standard darcz flow approach. have you tried to compare the darcy flow with your approach?

@@alhr8074 Thanks Al! I would really love to answer your question but we have the policy not to share any details of our back-end technology.

Hi @Pleusch, you can immediately log on to ColdStream and check it out via www.diabatix.com/utility/try-now . If you really want to try it for private use, don't hesitate to schedule a personal follow-up via www.diabatix.com/utility/request-a-discovery-call . Looking forward to hearing from you!

​​@@DiabatixHello, I checked your Testportal, but there is really nothing to test. Just some Projects to investigate. I really want a Licence for self-education and hobby is there any way?

Hi @@Pleusch, please contact [email protected] with a detailed description of your requirements. We are eager to assist you further. Looking forward to hearing from you!

I know, right 😍

@@wafje 😘

You're correct! For custom designs - like this one - topology optimization is used to generate the design. You can read more about this specific case here: www.diabatix.com/blog/flow-optimization-of-a-manifold

Hi Shikhar, if you want to know more, you can check out this blog post: www.diabatix.com/blog/the-beauty-and-the-complexity-of-turbulence

I'm sorry you feel this way about the video. Luckily it is relatively short so we did not waist too much of your precious time. But just to be clear, the video is not intended as an explanatory video. It's only purpose is to illustrate what the design process looks like by visualizing every iteration on the design process. If you want to know more about the underlying technology, just reach out to us. Our coordinates can be found at www.diabatix.com .

😂🤣

the first female actually

Yes, by making use of the 'extract block' filter you can select the (sub)domain you want to visualize.

Yes, without any problem. Note that you only see a part of the air domain in the video. The actual simulation domain is already significantly larger.

It depends of course on the quality of the reference design, but improvements up to 30% are regularly obtained :).

This is actually a design for die casting, en.wikipedia.org/wiki/Die_casting. The walls of the structures are slightly slanted to get the mold off.

Yes, the design is created with ColdStream (see www.diabatix.com for more information)