ECFD workshop, 7th edition, 2024
From Extreme CFD workshop
Revision as of 14:32, 2 February 2024 by Mbernard (Talk | contribs) (→Numerics - S. Mendez, IMAG & G. Balarac, LEGI)
Contents
- 1 Description
- 2 Agenda
- 3 Thematics / Mini-workshops
- 4 Projects
- 4.1 Hackathon - P. Begou, LEGI
- 4.2 Mesh adaptation - R. Letournel, Safran
- 4.3 Numerics - S. Mendez, IMAG & G. Balarac, LEGI
- 4.3.1 WIP N1: High-Order schemes for Navier-Stokes - M. Bernard & G. Balarac (LEGI) & G. Lartigue (Total Eneriges)
- 4.3.2 N5: Optimization of the RBC solver - F. Rojas & S. Mendez (IMAG)
- 4.3.3 N6: Electrodeformation of red blood cells, extension to 3D and improved accuracy at membrane - A. Spadotto & S. Mendez (IMAG), M. Bernard (LEGI)
- 4.4 Turbulence - P. Benard, CORIA & L. Bricteux, UMONS
- 4.5 Two Phase Flow - M. Cailler, Safran Tech & V. Moureau, CORIA
- 4.6 Combustion - K. Bioche, CORIA & R. Mercier, Safran
- 4.7 User Experience & Data - L. Korzeczek, GDTech
Description
- Event from 22th of January to 2nd of February 2024
- Location: Hôtel Club de la Plage, Merville-Franceville, near Caen (14)
- Two types of sessions:
- common technical presentations: roadmaps, specific points
- mini-workshops. Potential workshops are listed below
- Free of charge
- More than 70 participants from academics, HPC center/experts and industry.
- Objectives
- Bring together experts in high-performance computing, applied mathematics and multi-physics CFDs
- Identify the technological barriers of exaflopic CFD via numerical experiments
- Identify industrial needs and challenges in high-performance computing
- Propose action plans to add to the development roadmaps of the CFD codes
Agenda
Thematics / Mini-workshops
These mini-workshops may change and cover more or less topics. This page will be adapted according to your feedback.
To come...
Projects
Hackathon - P. Begou, LEGI
Mesh adaptation - R. Letournel, Safran
Numerics - S. Mendez, IMAG & G. Balarac, LEGI
Finite Volumes method. Distinction between integrate and pointwise quantities. Spacial accuracy depend on ability to evaluate accurately fluxes, starting from integrated quantities. Accurate evaluation of fluxes through interface of each control volume (CV). OK inside the domain, but chalenging in case of boundary conditions : by definition non uniformity of the stencil. BC on faces instead of nodes. Enforcement of the BC by modifying the normal component of the wall gradient in order to evaluate accurate diffusif flux. Treatment of inlet BC by integrating convective flux through each boundary-facelet.
