TP de Méthode des Volumes Finis

            The Computational Fluid Dynamics (CFD) are  very interesting to predict the behavior of fluid flow. This module is divided into two parts Gambit and Fluent.

            Firstly we start by Gambit which   is a technique to create the geometry of project  and then make  a mesh. In addition, There are two kinds of mesh: firstly structural mesh and secondly non structural mesh with Cartesian or Cylinder coordinates.

            Secondly, to continue the numerical steps, we use the Fluent that bases on a many factor such the check of  the geometry dimensions, boundary conditions, nature of liquid (Newtonian or non Newtonian , interaction fluid-fluid  (chemical reactions) and displaying of results on  2D or  3D .

            In addition, the CFD can use to simulate any phenomenon depending in the  fluid flow including the control volume taking into account the boundary conditions  such as the thermal aspect, pressure and velocity.

            This module  has gone hand in hand with official program, where I based on the reference "GAMBIT 2.2 Tutorial Guide" as  principal reference which contains lots of practical  and scientific advices .

            Finally, this module  is  for master students of mechanical engineering.


Programmation Avancée (MATLAB)

To understand the field of  programming specially MATLAB Code is very important tool to know the smart technology which  focused on the structures of control.

The MATLAB code is used in the fields of scientific research, it allows to perform  the  numerical simulations based on algorithms, taking into account the types of functions.

Matlab is based on a numerical hardware calculation, it can also be used to solve differential equations, partial differential equations, linear or nonlinear systems, ..., etc.

MATLAB consists of numerous functions, numerical calculation, and graphic visualization such as the display of 2D or 3D curves according to the syntax commands taking into account the field of calculation.

Knowing that I based on the reference (1) as principal reference which has been written by good  way.

Finally, this module is major tool specified for master students of mechanical engineering to use  the MATLAB program in  their graduation projects which depend usually on the algorithm and structure of program .


Finite Volume Method (FVM)

To understand the field of Finite Volume Method and in particular the Computational Fluid Dynamics (CFD) of the fluid flow are  very important   strategies  to support teaching at master  level. This module contained some explanations of the basic ideas which helpful of students  to understand  the simulation .

Using the Finite Volume Method with thermal conditions such as conduction (Diffusion), Convection and Radiation , is a necessary process which is able to analyze of system of  fluid flow under high temperature including the geometry  of system.

In addition, the CFD can use to simulate any phenomenon depending in the Transport equation including the control volume taking into account the boundary conditions  such as the thermal aspect and the dimensions 1D or  2D or 3D.

This module  has gone hand in hand with official program, where I  based on the reference (1)as  principal reference which has been written by excellent  way.

 Finally, this module is the principal key to study the complex phenomena such as  aerodynamics and hydrodynamics  for master students of mechanical engineering.