don't mind timmy, you voice flows like the rivers of babylon. thanks for all these vids! my lecturer is unmotivated and presents the course content in the most vague and difficult way to grasp. cheers for these vids you've saved me

Jacob Bishop, Great Video. The illustration and example of the Crank-Nicolson Implicit FDE Method were perfectly supported by your explanation. Thanks for uploading!

Thank you, this was very well explained and clear.

@timmy, Thanks for the suggestion. I agree.

Just two small corrections: For the implicit and explicit formulas you should have dT/dt = fwd finite divided difference instead of dT/dx2 The last term in the averaged centered divided difference approximation for d2T/dx2 should be Ti-1^L+1 instead of Ti-1^L Great video!

Nicely explained, thnx :)

Hi @Jacob Bishop, just a clarification. So using an initial vector for x for the initial condition, we construct the B vecto (Ax=B) and solve the equation for the first time level. Then we use this solution to construct the B vector for the next time level. Am I correct?

Thank you sir for this series it's reaaly helpful .. but there is a little bit of mistak in the expression of the second derivitive of "x" .. in the left ..you forgot to put (L+1).. for the last term of expression

hey nice video, i would suggest maybe having a script so that it flows better thanks

thanks for explanation

thank you so much

Does the Crank-Nicholson scheme always produce a tri-diagonal matrix?

where is starting point?

Je cherche PDf please