Discretizing One Dimensional (1D) Diffusion Equation | Lecture 4 | ICFDM

In this video, we dive a little deeper into as to how we can discretize a second order differential equation and iterate (evolve) the solution on a one-dimensional domain. This should lay some foundation for the lectures to come. This lecture also forms a per-requisite for the next one in which we would be using MATLAB to solve the same problem.
Suggested readings:
1) Numerical Heat Transfer and Fluid Flow: Excellent book to get a hang of CFD/HT through finite volume methodology.
https://amzn.to/3mEYuSz
PS: The author invented SIMPLE method :)

2) An Introduction to Computational Fluid Dynamics: The Finite Volume Method: My goto book for advanced understanding of CFD concept and their applications.
https://amzn.to/3ehkQH4
PS: Excellent discussion on turbulence!

3) Computational Fluid Dynamics: An Introduction: Nail the finite differences with this book; my first-ever CFD book and that's what I recommend to anyone else as their first CFD read!
https://amzn.to/37ZHD9e

4) Fluid Mechanics: Revise your fundamentals through this excellently written book by Prof. White.
https://amzn.to/320BuFT
PS: It's not so fundamental, you'll also gain advanced understanding.

5) MATLAB: An Introduction with Applications: Handy guide to learn MATLAB effortlessly, can't recommend it enough:
https://amzn.to/3oGIrFM

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Видео Discretizing One Dimensional (1D) Diffusion Equation | Lecture 4 | ICFDM канала Tanmay Agrawal