Euler Proposed using finite differences for solving partial differential eqns., not Richardson. It's a natural extension from the definition of a derivative.
i want a computer program that can design and optimize a plane by itself or my designs.. i want it to ask.. shall i optimize this design for you... click yes.. WALLLAAAA.. i dont have time for this crappy childish stuff..doc johnny ... im not interested in going back to jr college
![Wolfram Physics Project: Working Session Wednesday, Apr. 29, 2020 [Finding Black Hole Structures]](http://i.ytimg.com/vi/SbDzqlOLIZA/mqdefault.jpg)
Thanks for sharing this with current and future generations. It is great to this lecture from one of the early CFD pioneers.
“Heat conduction is stable forward in time, unstable backwards in time.” Mind blown.
Great presentation! Discussion on adjoint methods to improve the solution was very enlightening.
36:53 "Trees have come and hair has gone". What an epic dialogue.
One of the Greatest figure in CFD
Thank you for sharing this!
Euler Proposed using finite differences for solving partial differential eqns., not Richardson. It's a natural extension from the definition of a derivative.
The memoir is "Surely You're Joking Mr. Feynman"
Thank you so much
1:08 me at the back... DO THE LOBSTER
where can i download the slide?
I thought CFD stands for Computational Fluid Dynamics?
💙
Omg...Roe
Randolph Li :-)
Do not see much physics in this
What makes you think this should have physics in it? It's not mentioned in the comment or in the video.
i want a computer program that can design and optimize a plane by itself or my designs.. i want it to ask.. shall i optimize this design for you... click yes.. WALLLAAAA.. i dont have time for this crappy childish stuff..doc johnny ... im not interested in going back to jr college
johnny llooddte
Yes, same thought here
johnny llooddte
Can be achieved using past data fed to AI algorithms to improve design or something