Simulations for flows and thermal issues 2 - 4EUS4SFT

Number of hours
- Lectures 20.0
- Projects -
- Tutorials 20.0
- Internship -
- Laboratory works 20.0
ECTS
ECTS 5.0

Goal(s)

Learning on :
- Know the principles implemented in commercial flow simulation codes for more advanced (complex turbulent flows, multiphase flows, highly compressible flows) than those studied in S3 configurations.
- Master the best practices for using these commercial codes for these more advanced configurations
- Know the principles of development of modern flow simulation codes.
Mastering a commercial tool dedicated to mesh generation. Application to flows around complex geometries.

The learning outcomes are listed hereunder:
- Mesh generation for CFD:
-> To know and be able to put into practice unstructured, multi-blocks structured and overset meshes
-> To understand the link between y+ and the chosen turbulence model in external aerodynamics applications
-> To understand the interest and to know how to carry out a Verification and Validation study in CFD.

- Object-oriented programming:
-> To get familiar with the use of UNIX/Linux, a family of operating systems that is leader in the world of High Performance Computing.
-> To get familiar with code compilation
-> To discover the basics of the world of High Performance Computing (HPC) by using a remote computing facility.
-> To understand the basics of project-oriented programming
-> To put into practice a project-oriented approach in order to develop from scratch a code with the C++ language and apply it to a simple fluid mechanics case.

- Fluid solver:
->

Responsible(s)

Pierre-Luc DELAFIN

Content(s)

Description of the Course Unit :

• simulation of turbulent flows external and internal
• Introduction to object-oriented programming
• mesh generation for the simulation (basic tools Design Modeler and Meshing of Ansys software)

Prerequisites

Numerical simulation teaching unit of ENSE3 (ME Department, 2nd year, Autumn Semester)

Test

Assessment not open to resit (ANOR):
- Project report about "C++" (25% of the continuous assessment mark)
- Project report about "mesh generation for CFD" (25% of the continuous assessment mark)
- Project report about "fluid flow code development" (50% of the continuous assessment mark)

Assessment open to resit (AOR): 2h written exam
- 1h on "mesh generation for CFD" (50% of the written exam)
- 1h on "C++" (50% of the written exam)

Final grade = 0.33*AOR + 0.67*ANOR.

In case of resit, the mark of the AOR will be updated while the mark of the ANOR will be kept the same as the initial one.

CC : 67% + CT : 33%

Calendar

The course exists in the following branches: