8.1.6-PDEs: Finite-Difference Method for Laplace Equation

These videos were created to accompany a university course, Numerical Methods for Engineers, taught Spring 2013. The text used in the course was "Numerical Methods for Engineers, 6th ed." by Steven Chapra and Raymond Canale.

[@lizarettflavour]

Getting back to this course from time to time for several years already. Thank you for making this =)

[@arslansadiqe6615]

oh man i was struggling to understand this, you made it so easy. thank you :)

[@zahidbutt8988]

Thankyou
Man
You solved a great problem
I believe you were the fraternity leader at your college only because you are good in teaching

[@ING_CG01]

Awesome! How can I solve the same problem with two isolated edges?

[@avikchakrabarti3118]

Wow I can't believe I happened to stumble upon this, this is so relevant to what I'm doing right now. I guess youtube's algorithm is doing something right

[@72TheKingkong]

Hey thanks mate
I have a question..how would we write this in matrix form?
thanks.

[@zeebaysnkking5666]

wonderful

[@studypurpose7804]

Thank you...Great explanation

[@webhosting2601]

Please if we have to do 3 iterations using both liebmann and over relaxation on every iteration. How to do that?
And we are gonna use the over Thanks

[@harjinderooney]

thank you :)

[@marcozn3590]

What about Robin boundary conditions?

[@DeepakGupta-ce3jv]

Thank you

[@braisaddam999]

thank you so much for the videos ....is there any book you recommend to practice solving problems?

[@kvyi]

For entry-level problems, I think Chapra & Canale is fine. I haven't yet found a text I like for intermediate or advanced problems.

[@ozonewagle]

Thank you so much

[@rahulpadhy9071]

Any good resources for finding out about the Central Difference Method ?

[@husnainhyder6713]

Mr Bishop You are incredable
but i want to ask that how can we write the difference equation of third differential
you have successfully done the difference of first derivative second derivative but how will you going to perform the the difference of third,fourth,......derivatives
kindly help with that.

[@rosenrot32]

if delta x and delta y cancel out, how do we account for the size of the grid?

[@missjo3945]

kewl

[@IITGuwahati21]

Sir will u pls upload a video for ∆x is not equal to ∆y ...pls sir upload as soon as possible.... Due to pandemic we are not able to find any book and online source is very less on this topics....pls do so sir