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2021-01-13 12:00:24
30-Day Money-Back Guarantee
Development Programming Languages C++

Finite Difference Methods C++

Programming Finite Difference Methods using OOP C++
New
Rating: 0.0 out of 50.0 (0 ratings)
14 students
Created by Mohamed Sereez
Last updated 1/2021
English
English [Auto]
30-Day Money-Back Guarantee

What you'll learn

  • Derivation of Finite Difference Methods
  • 1d convection, diffusion, convec-diffusion
  • 2d convection diffusion
  • 2d laplace equation
  • 2d poisson equation
  • 2d laminar NS equations

Course content

3 sections • 15 lectures • 6h 38m total length

  • Preview37:39

  • Preview32:20
  • Preview38:02
  • Coding3 - 1D Non-Linear Convection
    10:56
  • Coding4 - 1D Diffusion
    14:30
  • Preview16:03

  • Coding6 - 2D Convection Equation
    40:19
  • Coding7 - 2D Convection Equation Part2
    32:48
  • Coding8 - 2D Convection Equation Part3
    20:26
  • Preview13:59
  • Coding10 - 2D - Diffusion Convection
    19:13
  • Coding11 - 2D Laplace Equation
    42:53
  • Coding13 - 2D Poisson Equation
    15:32
  • Coding14 - Derivation of Poisson Equation
    16:45
  • Coding15 - Lid Driven Cavity Case
    47:31

Requirements

  • Some level of understanding of programming in C++
  • Basic knowledge of fluid dynamics

Description

In this course, I explain the famous 12 steps to Navier Stokes equation of Prof Baraba in C++ object oriented approaches and with explanations of theoretical background behind each lesson.

Prior to Enrolling this course I suggest that the student should read upon the finite difference methods and also get some basic knowledge of c++ programming. I have tried to keep the programming as simple as I can, and also tried to explain the basics of the programming wherever I can. There are various theoretical lessons as well (for each of the programming done, there will be a theoretical explanation) on derivation and solver strategy. Therefore things should be quite easy for the user of this course. Furthermore, I have explained the pressure-poisson equation towards the end of the course, which as far as I know is really explained in terms of its derivation.

This course includes lessons on :

-1D Linear Convection, 1D Non-Linear Convection, 1D Diffusion,

-1D Burgers Equation with periodic boundary conditions.

-2D Diffusion, Convection, 2D Laplace Equation, Poisson Equation

-2D Full Lid Driven Cavity Case with moving wall velocity at the north wall using fixed viscosity values.

The  programming is done in such a way that separate classes are created for grids and fields such as velocity, pressure, etc and an object oriented approach is used to modify the type of problem to be solved for the same grid or an alternative grid. At the end of this course the student will be able to tackle various finite difference methods problems using either plain simple c style programming or c++ style OOP programming.

Who this course is for:

  • Beginner CFD students, advanced CFD students
  • Engineering students

Instructor

Mohamed Sereez
Research Fellow in Aerodynamics
Mohamed Sereez
  • 3.8 Instructor Rating
  • 55 Reviews
  • 327 Students
  • 4 Courses

Enthusiast for CFD Fluid Dynamics, Aerodynamics and Flight Dynamics.  I have completed a BEng, MSc, PhD in Engineering. (Aeronautical). Determined to pass on knowledge and train people with in the area of fluid dynamics and aerodynamics. Some of my courses requires prior knowledge of C++ and other programming languages to some level. If this is the case, I will make sure I say this in the course description. Since, the courses has to cover a particular subject in a vast depth, I might not be able to cover the basics of the requirements. So please take that in to the consideration. Also I have quite a hectic research life, nevertheless I will try to answer important questions when I can and at the earliest opportunity.

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