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Seminars at CERFACS

2022′ Seminars

  • Sparse Days Meeting – 20, 21, 22 June 2022 – Website
  • MITCHELL Travis – The phase field lattice Boltzmann method and its efficient implementation on multi-GPU architectures with TCLB 24 June 2022

2021′ Seminars

  • MOUNAÏM-ROUSSEILLE Christine – Ammonia as fuel: where are we? – 09 April 2021
  • TESSIER Catherine – Intégrité scientifique et éthique – 10 January 2021

2020′ Seminars

  • GODAE OceanView Data Assimilation Task Team Workshop – 20-22 January 2020
  • Sébastien Barthélémy – data assimilation – 23 January 2020 – video
  • Sparse Days Meeting – 11 & 12 of June – Past

2019′ Seminars

  • HALL David (Nvidia) – Artificial Intelligence usecases for Weather & Climate – 16 January 2019
  • MIDOU Dorian – From coal combustion to red blood cell modelling: the HPC as a tool in solving complex problems – 28 June 2019
  • Sparse Days Meeting – 11 & 12 of July – Past
  • DUHEM Laurent (INTEL) – “One API” and Intel’s GPGPU Strategy preview – 20 September 2019
  • SEFERIAN Roland (CNRM) – Rapport Spécial du GIEC sur 1,5°C de réchauffement planétaire: une rupture avec les précédents rapport du GIEC ? – 05 December 2019
  • TROUVÉ Arnaud – Simulation of the Coupling Between Combustion and Thermal Radiation in Turbulent Fire Configuration – 17 December 2019

2018′ Seminars

  • COLLET Lila – Villes Résilientes aux Risques Hydrologiques – 08 January 2018
  • BRUEL Jean-Michel et COMBEMALE Benoit – Ingénierie Dirigée par les Modèles et Domain Specific Languages – Application à la simulation numérique haute-performance – 18 January 2018
  • PETIT Éric et FEVOTTE François – Vérification de la qualité numérique des codes en arithmétique flottantes avec Verificarlo et Verrou – 29 May 2018
  • HESS Olivier (IBM) – IBM Quantum Technology Workshop – 08 June 2018
  • SALTELLI Andrea (Bergen University) – Sensitivity analysis, an introduction – 03 December 2018 (video)

2017′ Seminars

  1. NICOUD Franck – Challenges and Opportunites in Computational Hemodynamics – 09 January 2017 (vidéo)
  2. C.Saudemont et C. Andreolli (INTEL) – Intel HPC Roadmaps – 23 February 2017
  3. JALBY William – DECAN: Differential ANalysis for fine level performance evaluation – 03 March 2017 (vidéo)
  4. HACHEM Elie – Adaptive variational multiscale finite element method for high Reynolds number flows – 17 May 2017 (vidéo)
  5. LAPEYRE Corentin (Cerfacs) – Deep Learning – 27 June 2017 (vidéo)
  6. EXBRAYAT Williams (OMP) – Comment faire efficacement de la bibliographie et de la bibliométrie quand (on n’est pas doué et) qu’on n’a pas le temps ? – 21 May 2019

2016′ Seminars

  1. Zakhar A. Matveev (INTEL) – AVX_AVX-512 Vectorization – 18 May 2016
  2. RÜDE Ulrich – Towards Extreme Scale Simulation – 15 September 2016 (vidéo)
  3. Intel PCC 2016 Fall Forum – 24-27 October 2016
  4. Vincent Baudoui – Robust optimization of a combustion chamber – 04 November 2016 (video)
  5. RÜDE Ulrich – Lattice Boltzmann Methods on the way to exascale – 08 December 2016 (vidéo)

NEWS

ISAF project : To accelerate the transition to SAFs, SAFRAN and CERFACS have together obtained an allocation of 44 million CPU hours on the LUMI-C super-computer as part of the EuroHPC Regular Access call in November 2022.

CERFACS |  11 March 2023

The objective of the ISAF project is to study the impact of SAFs (Sustainable Aviation Fuels) on engine operation and pollutant emissions, using high-fidelity Large Eddy Simulations (LES). The methodology developed at CERFACS combines Analytically Reduced Chemistry (ARC) with a multi-component evaporation model to capture the effect of fuel. The target configurations range from academic burners (CRSB at CORIA, SSB at DLR Stuttgart), to isolated industrial injection systems (MICADO at ONERA, HERON at CORIA) and complete annular combustor configurations (BEARCAT at SAFRAN, NTNU test bench).Read more


A CERFACS article distinguished in Scilight (https://doi.org/10.1063/10.0017474)

CERFACS |  9 March 2023

The recently published paper in Physics of Plasma: "3D particle-in-cell study of the electron drift instability in a Hall Thruster using unstructured grids," by W. Villafana, B. Cuenot, and O. Vermorel ( attracted the attention of Scilight (), whose goal is to present the most interesting research in the physical sciences published in AIP journals."Read more

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