**CFD Lectures (Comprehensive)**

Lecture 1 - Introduction and first illustrations of CFD

Lecture 2 - Introduction to turbulence - Linear isotropic closures

Lecture 3 - Turbulence models - Towards non-linear anisotropic models

This last lecture concerning turbulence closures will be devoted to a brief description of LES and Hybrid LES turbulence closures. Illustrations will be provided on automotive flows.

Lecture 5 - Unstructured finite volume discretisation

This lecture is the first of a series of three lectures which will be devoted to the methodology used to build a generalized unstructured finite volume discretization.

Lecture 6 - Unstructured finite volume discretisation

Second part of the course on generalized unstructured finite volume discretization methods.

To take into account the incompressibility of the flow and find the pressure, it is necessary to build a pressure equation. This lecture will be devoted to this topic and to the specific mass flux reconstruction schemes.

Lecture 8 - Fully coupled formulation and free surface capturing strategies

This lecture will present alternate strategies to solve the coupling between mass and momentum conservation equations. Free-surface capturing methodologies and specific compressive discretization schemes will be also presented

Lecture 9 - Various illustrations of up-to-date computations

This presentation shows some recent CFD applications devoted to viscous ship hydrodynamics

This lecture will describe the current recommended procedures used to verify and validate a numerical result obtained with the help of CFD. A new 2D procedure for estimating the local discretization error will be also presented.