Chapter 10.02: Lesson: Parabolic Partial Differential Equations: Explicit Method: Theory

preview_player
Показать описание
  1. numericalmethodsguy
  2. explicit pde
  3. numerical methods
  4. numericalmethodsguy
Рекомендации по теме
Chapter 10.02: Lesson: 0:12:56

Chapter 10.02: Lesson: Parabolic Partial Differential Equations: Explicit Method: Example

Chapter 10.02: Lesson: 0:09:10

Chapter 10.02: Lesson: Introduction to Numerically Solving Parabolic PDEs

But what is 0:17:39

But what is a partial differential equation? | DE2

Numerical Parabolic PDE 0:05:28

Numerical Parabolic PDE Part 1 Introduction

BEST DEFENCE ACADEMY 0:00:15

BEST DEFENCE ACADEMY IN DEHRADUN | NDA FOUNDATION COURSE AFTER 10TH | NDA COACHING #shorts #nda #ssb

08 Parabolic PDEs 1:14:56

08 Parabolic PDEs

M-34. Partial Differential 0:29:35

M-34. Partial Differential Equation: Parabolic

Second round NEET 0:00:16

Second round NEET result 2023 MP #neet #neet2024 #neet2023 Shahdol govt medical College

Classification of PDEs 0:06:50

Classification of PDEs into Elliptic, Hyperbolic and Parabolic

the parabolic trig 0:23:03

the parabolic trig functions

parabolic partial differential 0:17:01

parabolic partial differential equations|| canonical form

Numerical solution of 0:21:45

Numerical solution of Partial Differential Equations

Numerical Parabolic PDE 0:15:23

Numerical Parabolic PDE Part 5 Solving Temperature Distribution Over Times using (ii)Implicit Scheme

Hyperbolic, Parabolic, and 0:17:10

Hyperbolic, Parabolic, and Elliptic Partial Differential Equations

Introducing Parabolic PDEs 0:07:09

Introducing Parabolic PDEs (1-D Heat/Diffusion Eqn): Intuition and Maximum Principle

Finding The Focus 0:34:54

Finding The Focus and Directrix of a Parabola - Conic Sections

Parabolic P.D.E - 0:18:15

Parabolic P.D.E - Part1

Parabolic Equations - 0:06:51

Parabolic Equations - First-Order Methods for Multdimensional Problems

Solution of parabolic 0:24:35

Solution of parabolic partial differential equations 2

Parabolic Equations - 0:15:27

Parabolic Equations - Implicit Methods

7 Parabolic PDEs 1:31:18

7 Parabolic PDEs Part 1, Lecture 10

Math676 LEC04 Parabolic 0:09:55

Math676 LEC04 Parabolic equations in 2D: Simple Schemes

Hyperbolic,parabolic and elliptical 0:05:00

Hyperbolic,parabolic and elliptical form of partial differential equations

Chapter 10 — 0:42:44

Chapter 10 — Projectiles and Orbits

Комментарии
Автор

You are a legend Sir. I skipped my 2 hrs online lecture to watch your YouTube vid. Very clear explanation. Thanks so much .

afteruni
Автор

very helpful and easy to understand, please make another video of numerical method

dannykusuma
Автор

Professor how would I solve this system of first order edos numerically by plotting the graph for the different values ​​of (n). the derivatives are in relation to ha (r).

a'/r = -e^2*v^2*(g^2 - 1)

g' = - a*g/r

given the boundary conditions


a(0) = n a(inf)=0

g(0) = 0 g(inf)=1

where (e)=0.5 and (v)=1 are constant. please give a helping hand there, I looked for and did not find any problems like this on the matlab website.

edholanda
Автор

Thanks for Explicit method. Is there any video for Implicit Method, please share link.

fromkmt
Автор

how do you estimate the steady state if the end point is not constant?

nghinguyen