Відео

amazing animation and demonstration, incredibly clear considering it's 3d

Hello, I'm new with you, I don't know anything about this LAMMPS, I'm going to graduate next year so I have a few questions, please: 1_ Can I use it to simulate crystal formation and growth in condensed materials? 2_ Can this program be installed on a laptop with an 8th generation i3 processor? 3 _ Can I learn how to use it in two months?

Great tutorial. Anything on CG simulations?

are you sure the 2nd term of lattice command is density???

Good day! Is there any way to parallelize other three C++ variants of for-loop using OpenMP?

The way you declared the member-function operator+ got me an compilation error "must have either zero or one argument". And so that got me to solution, that there should be only one parameter for that operator. Complex operator+(const Complex& c2) const { return Complex(this->re + c2.re, this->im + c2.im); }

Awesome lectures

got good understanding of collapse of cavitation bubble

How would you output density profile for contact angle calculation?

Did no one object to cutting a dog? 😂

Thank you for the course. It is really interesting and helpful. Could you please share the code also?

Can I simulate a maxwell demon problem with LAMMPS?

UA-cam ought to ban all the remove spaming fake stuff. The only web app that works for me is Gamecrook.

Dear Sir, Can you please help me in LAMMPS project? I need some guidance.

Very helpful material! It helped me keep up with a Parallel Systems course!

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Do not believe the fake comments on UA-cam if you don't want to fall for one of those survey scams. The one and only website that works is GameCrook.

Do we need to have programming skills in C++ for writing LAMMPS code?

After throwing away too much time on spam web apps, I want to save other's energy and tell you that the only website that works is GameCrook.

Compiling and running jobs on ARCHER (lecture 3 of 3) ua-cam.com/video/2vgP8UImZg8/v-deo.html

Here are other lectures following this: Overview of the ARCHER hardware (lecture 2 of 3) ua-cam.com/video/I5WKyvpJfOU/v-deo.html Compiling and running jobs on ARCHER (lecture 3 of 3) ua-cam.com/video/2vgP8UImZg8/v-deo.html

The video is great, but can you please make a video on how to make a data file for a polymer of 1000 beads with bond angles, potentials etc. That would be great. Thank you

Great !!!. It is really helpful and great support for the beginners. Thanks.

Did not get the trick of VACF? can you please explain it?

It was a nice presentation, can you please explain how input data file is created for a polymer manocomposite system. Any lecture regarding this will be very helpful

There are now tools to prepare LAMMPS simulations with both with ELBA and oxDNA. See the links below: github.com/jewettaij/moltemplate/tree/master/examples/coarse_grained/ELBAwater%2Bmethanol github.com/jewettaij/moltemplate/tree/master/examples/coarse_grained/DNA_models/ There's also a growing list of other coarse grained LAMMPS models here: github.com/jewettaij/moltemplate/tree/master/examples/coarse_grained Disclaimer: Currently, the ELBA example only includes the ELBA water model (a dipole), but more complicated molecules containing bonded dipoles and bonded ellipsoids should be possible as new capabilities are added to LAMMPS. (Such as the upcoming "USER-MOLC" package.) For more information, visit: moltemplate.org (Disclaimer: I wrote moltemplate.) Hi.

this phenomenon was the topic of my PhD research in 1997-2001.

No Bad. Thanks though.

Sir how to download Fortran 2008

Sir can you provide the pdf for this

What is the silo footprint in the data center compared to the traditional cray systems? What about power efficiency?

Best MPI lecture on youtube. Thank you.

A very good introduction. So much info packed into it and nicely explained. Thank you for sharing.

Great Help! Thank you!

Thanks

Exellent job! Thank you for all these know-how!!!

Very nice tutorial, but would be good if future videos could somehow have the PowerPoint in fullscreen mode, rather than the instructor's view. Thanks for uploading!

can you send to me this lecture on PDF file