This is hands-down one of the best, cleanest, most professional explanations on this topic that I have ever heard. Thank you so so much for making it and sharing it!
I was just looking at reaction-diffusion equations on wikipedia after watching your previous videos. Fascinating stuff as always! I really like the editing here, btw
Really a nice and impressive video. Can you please let me know which COMSOL command I should use for this simulation and what are the parameters?what is the exact equation for allen cahn 2D and 3D which i can use in comsol multiphysics.
Very informative and concise. Thank you for this video! Could you do a video on perturbation methods for reaction-diffusion systems? Thanks in advance.
Amazing video, so clear! I have 1 question: can 'u' be a vector field? On the wikipedia page for Reaction-Diffusion systems the general form of this equation is given but it's stated the unknown function is a vector! thanks :)
you're welcome :) yes, it can be a vector too. in the last provided example (Navier-Stokes equation), 'u' is a vector describing the velocity field of a fluid flow.
in most cases yes, they are commonly used interchangeably. but generally the advection is a more correct term here because it refer to the movement of material (or heat) caused by the velocity of a fluid.
Sir pl help me my maths is v weak I want to learn maths Pl help I Want to study maths for numerical simulation How to start from where and which concepts Which videos on youtube
I think you can find some relevant stuff in this channel: www.youtube.com/@TuxRiders. more specifically, these 2 playlists can be very beneficial for you: ua-cam.com/play/PL6fjYEpJFi7UMDXtNiaF3eLlOKAM8Lrkf.html and ua-cam.com/play/PL6fjYEpJFi7VgHQb-mr5giy2FQyf5y04L.html. let me know if you have any questions on this.
Very clear and to the point, that's exactly what I needed. Thanks :)
Glad it helped!
This is hands-down one of the best, cleanest, most professional explanations on this topic that I have ever heard. Thank you so so much for making it and sharing it!
You're very welcome :)
I was just looking at reaction-diffusion equations on wikipedia after watching your previous videos. Fascinating stuff as always!
I really like the editing here, btw
Thank you, Lucas. I'm glad to read that you found this useful.
Excellent explanation. Wish my teachers were as good as you!
I'm glad that you liked it :)
Really a nice and impressive video. Can you please let me know which COMSOL command I should use for this simulation and what are the parameters?what is the exact equation for allen cahn 2D and 3D which i can use in comsol multiphysics.
I'm glad you liked the video. I'm afraid I've never done this in COMSOL, so I don't know how to set it up in this software.
Very informative and concise. Thank you for this video! Could you do a video on perturbation methods for reaction-diffusion systems? Thanks in advance.
Great suggestion!
Thank you!
My pleasure :)
Amazing video, so clear!
I have 1 question: can 'u' be a vector field? On the wikipedia page for Reaction-Diffusion systems the general form of this equation is given but it's stated the unknown function is a vector! thanks :)
you're welcome :)
yes, it can be a vector too. in the last provided example (Navier-Stokes equation), 'u' is a vector describing the velocity field of a fluid flow.
Are convection and advection synonyms? We referred to the same term by both names! :s
in most cases yes, they are commonly used interchangeably. but generally the advection is a more correct term here because it refer to the movement of material (or heat) caused by the velocity of a fluid.
Sir pl help me my maths is v weak
I want to learn maths
Pl help
I Want to study maths for numerical simulation
How to start from where and which concepts
Which videos on youtube
I think you can find some relevant stuff in this channel: www.youtube.com/@TuxRiders.
more specifically, these 2 playlists can be very beneficial for you: ua-cam.com/play/PL6fjYEpJFi7UMDXtNiaF3eLlOKAM8Lrkf.html and ua-cam.com/play/PL6fjYEpJFi7VgHQb-mr5giy2FQyf5y04L.html. let me know if you have any questions on this.