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This is the best lecture on LBM on TH-cam. It explains every single concept in sufficient detail. Thanks to Prof. Krüger for his exposition.

Does anyone has the refence of the book mentioned at 11:09, (Smith) ?

I have a keen interest on this topic

I always heard of the Vortex Lattice Method (VLM) and never really about LBM.

Hi Timm: I tried to go to the esspressomd web page given in the sidebar but it came back with a warning that the connection is not private (in other words, danger, you could be hacked!). Perhaps you could reach out to them to ask them to secure their web site. I’m not going to go there until that is fixed ;-(

Please make video on laser plasma interaction in vsim

Thank you. It was a great help for me.

WHRERE CAN I find the devivations of all those boundary conditions?

As an amateur python programmer with an interest in fluid models this has been very helpful, thank you!

In fact, openFOAM can also implement linear or even superlinear acceleration on computing clusters

Best explanation of Lattice-Boltzmann I have seen, yet. I have rather little physics and mathematics background, but since you describe each term in its _meaning_ and sometime repeat that, it was much easier to follow than anything I have seen yet. (I am just interested in writing a watercolor simulation and have a software engineering background. Even trying to understand existing code (C++, Python, Java, Swift) is quite difficult, when you do not understand the model and the funny variable names like ‘rho’ they are using)

The appears to be a graphical error on slide 8, in that the blue and red splits don't add up graphically to the original. The red point charge lines should not extend below the horizontal line.

the excellent lecture which clears many key points

is the metallic boundary condition also known as the tin foil boundary condition?

How to get page 9 from page 8 ?

Sir , I have a request. Can you please show the procedure of whole calculation using explicitly the same approach shown here for any of the lattice , either one dim ( three lattice site) or two dimension ( 9 lattice sites) for a few iterations..Please sir , even if you suggest me any paper or book where I can find it exactly ( the whole calculation ) , it will really be helpful . ...

Kindly tell me the way of calculating weighting factor (w)...

Nice!

Can you demonstrate step by step?

Excellent introduction. As a know-comer to LBM this answered many of my questions. Thank you.

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A lecture in which a great deal of knowledge was imparted. Thanks

Great class professor, do you have LinkedIn? I am modelling a biopolymer made from bacterias and I would like to know if you can help me in some doubts.

considering the duration it was very well structured and detailed. I will most definitely recommend this to a few colleagues of mine.

Wonderful and very beneficial introductory lecture by Timm Krüger. His explanations helped me to clear my small-small doubts. I would like to listen more lectures on LBM from Timm Krüger.

Excellent introductory lecture, thank you very much to Timm Krüger.

Very well explained

Thank you for the excellent video, Is it possible to have access to 2020 school videos? Because I just started my Ph.D. and want to go with espresso in my work, I'd appreciate having some school videos. Thanks

Usefull lecture

That was great

Thanks for great presentation I really appreciate it.

28:23 i didn't get the unit of temperature (CC says "unit 18") anyone?

Sir, can I get any interactive Reaction ensemble notebook.. since it is not available on GitHub e.g. doc/tutorials/12-constant_pH/ 12-constant_pH.ipynb