Open Codes for Fluid Dynamics
Crédits : 2 ECTS
Durée : 21 heures
Semestre : S9
Mathieu JENNY, Maître de conférences - firstname.lastname@example.org
Mots clés : Open source codes for mechanics, fluid mechanics, thermal sciences.
Pré requis : Mechanics, fluid mechanics, transport phenomena, numerical methods.
Objectif général :
To be able to use CFD codes, to analyze and interpret the results.
A lot of numerical codes are available to solve fluid mechanics problem with or without heat transfers. Some of them are open source such as OpenFoam or Freefem++. This kind of software is of interest because their availability is insured as far as a community of users exists. It also preserves a relative technical independence of the laboratories or companies which use them.
In this course, we present the software toolbox needed for the preprocessing, processing and post processing of a simulation. The main steps are the following:
Description et verbes opérationnels
Numerical methods, finite differences, finite elements, finite volumes. Temporal discretization. Boundary conditions.
Understand the conditions of use of the different numerical scheme available in the codes. Make a link between the numerical formulation and the physic.
To be able to use a numerical code as a power user, i.e. understanding the mathematical background of numerical methods.
To be able to choose the methods and tools depending on the problem to solve.
Assuming the ratio cost - accuracy of a numerical method to choose the best options between several possibilities.
To be able to analyze the (numerical) solution to decide if it is pertinent.