Great video. I like how intentionally concise it is. Suggestion: at 0:50, when dropping terms from an equation, don't morph the whole equation; just drop/erase the term. Otherwise, it's difficult for the viewer to discern which term got dropped without pausing and rewinding.
@@anthonysu1712 that's a good point. Me watching it there isn't an issue but I also have the knowledge of exactly what is about to happen and rewatching while trying to imagine that wasn't the case makes is super obvious this is annoying to a viewer lol thanks for pointing this out!
I would say start with Jos Stam's paper Stable Fluids, as it is alot of the basis of this process especially the advection. For the CFD part either John Anderson Computational Fluid Dynamics or Computational Fluid Dynamics for Engineers by Hoffman and Chiang their first volume covers these processes such as the Jacobi iterative method for elliptic PDEs. Good luck snd hope you enjoy the topic further!
@@i_like_ft. I'm a UK student, so my curriculum modules won't be exactly the same as yours. But for fluid dynamics you'll need to have knowledge of vector and multivariable calculus - which I don't believe you'll learn in academia for a couple of years at least. Unless, by all means, have a go at learning them yourself (granted you already have basic calculus knowledge)
@jimmelton hlw im from Bangladesh so we also dont learn calculus till 11th grade. ik a little bit of calculus but i havent learned multivariable calculus yet.can u suggest from where i should learn ?
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Thank you for this
Saw your post on the manim discord server. Great work! Very nicely explained, perfect pace and visually appealing. Looking forward to your next videos
Great video. I like how intentionally concise it is. Suggestion: at 0:50, when dropping terms from an equation, don't morph the whole equation; just drop/erase the term. Otherwise, it's difficult for the viewer to discern which term got dropped without pausing and rewinding.
@@anthonysu1712 that's a good point. Me watching it there isn't an issue but I also have the knowledge of exactly what is about to happen and rewatching while trying to imagine that wasn't the case makes is super obvious this is annoying to a viewer lol thanks for pointing this out!
Can u tell me which topics I should study to understand this video ? :)
I would say start with Jos Stam's paper Stable Fluids, as it is alot of the basis of this process especially the advection. For the CFD part either John Anderson Computational Fluid Dynamics or Computational Fluid Dynamics for Engineers by Hoffman and Chiang their first volume covers these processes such as the Jacobi iterative method for elliptic PDEs. Good luck snd hope you enjoy the topic further!
@@Tidepodious I think I need more basic education since I'm in tenth grade rn
@@Tidepodious I discovered ur channel while learning how to solve depressed cubics
@@i_like_ft. I'm a UK student, so my curriculum modules won't be exactly the same as yours. But for fluid dynamics you'll need to have knowledge of vector and multivariable calculus - which I don't believe you'll learn in academia for a couple of years at least. Unless, by all means, have a go at learning them yourself (granted you already have basic calculus knowledge)
@jimmelton hlw im from Bangladesh so we also dont learn calculus till 11th grade. ik a little bit of calculus but i havent learned multivariable calculus yet.can u suggest from where i should learn ?