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CV-Library of trainers

 

FACE TO FACE TRAINING SESSIONS                   AAAAfAAAAAAfffffffffffAAA .       f .                              CV       Web   
Modal analysis of thermoacoustic instabilities using the AVSP solver FFFFFFFFFFFFFFFFF
Franck NICOUD
CFD data processing using Antares
Marc MONTAGNAC
High order discontinuous spectral methods for massively parallel LES
Jean-François BOUSSUGE
Versioning systems : introduction to GIT
Gabriel STAFFELBACH
Mesh generation using CENTAUR
Jérôme DOMBARD
Numerical methods for Large Eddy Simulation                                                                 FFFFFFFF FFFFFFFF
Eleonore RIBER
Machine Learning for Data Science
Philippe BESSE
Mélisande ALBERT
Olivier ROUSTANT
Béatrice LAURENT-BONNEAU
Introduction to the Lattice Boltzmann Method
Jean-François BOUSSUGE
Coding standards workshop
Antoine DAUPTAIN
Review of CFD methods for turbomachinery                                                                                 FFFFFFFFFF  FFFFF FFfFFF
Laurent GICQUEL
Florent DUCHAINE
Data assimilation
Selime GUROL
Anthony WEAVER
Fundamentals to understand and analyze high fidelity compressible LES
Guillaume DAVILLER
Numerical tools for complex chemistry simulations : the open source CANTERA solver
Eleonore RIBER
Parallel programming methods MPI, OpenMP                                                                     FFFFFFFFFFFfFFFfFFFfFFF
Isabelle D’AST
Code coupling using OASIS
Sophie VALCKE
Advanced Lattice Boltzmann methods
Pierre SAGAUT

 

ONLINE TRAINING SESSIONS                              AAAAfAAAAAAfffffffffffA .   CV     Web  
Fundamentals of Turbulent Combustion                                                                        FFFFFFFF FF FFFFFF FFF
Thierry POINSOT
Fundamentals of Lattice Boltzmann Method
Jean-François BOUSSUGE
Fundamentals of thermo-acoustic instabilities
Thierry POINSOT

 

NEWS

Thierry Poinsot officially entered the French Academy of Sciences

CERFACS |  8 November 2021

Thierry Poinsot officially entered the French Academy of Sciences on October 12. See presentation here :Read more

The AVBP code from CERFACS at the heart of for PRACE projects from the 23rd call

CERFACS |  30 September 2021

Cerfacs is involved in three PRACE projects of the 23rd call for which hour allocation runs from 01/10/2021 to 30/09/2022. Researchers from ECL/LMFA UMR5509 (Ecole Centrale de Lyon) and IMFT (UMR 5502) laboratories have earned projects entirely based on the use of the LES solver developed by Cerfacs AVBP and involve the support of experts from the CFD and COOP teams underling the importance and effectiveness of collaborations between French labs and Cerfacs. Alexis Giauque from ECL/LMFA UMR5509 (Ecole Centrale de Lyon) has obtained not only one but two PRACE projects! The first project LESFAN (RA0101, 30 000 000 CPU hours on Irene/Rome TGCC) is based on the use of AVBP in the turbomachinery version to study the generation of noise by a fan of a real airplane engine. The second, PRACE-EDGES (RA0101, 40 000 000 CPU hours on Irene/Rome TGCC) focuses on LES modeling of dens gas in complex geometries. To do so, the LMFA Team has developed advanced thermodynamic closures in AVBP allowing the direct simulation of such flows. Laurent Selle from IMFT (UMR 5502) has received CPU hours for the GASTON project (RA0061, 30 000 000 CPU hours on Marenostrum BSC) which aims to study the structure of hydrogen flames in porous materials. For this, IMFT and Cerfacs will perform coupled simulations considering the reactive flow with AVBP as well as the conduction in the porous medium with AVTP which is known to play an central role in the flame stabilization process. Carlos Perez Arroyo from IMFT (UMR 5502) received 16 Mh CPU hours on Joliot-Curie Skylake partition to support his project WONDER.Read more

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