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Young PhD day – 2019, March 21th

Ph.D Student’s Day

    1. CHRIPKO Svenya – Role of Artic Climate Change on the Mid-latitude Atomspheric and Oceanic Circulation – GlobC
    2. CHENG Lionel – NRP discharges to mitigate combustion instabilities – CFD
    3. CRESPO-ANADON Javier – Ignition in aeronautical combustion chambers under strong azimuthal flow – CFD
    4. LO SCHIAVO Ermanno – Large Eddy Simulation of Thermoacoustic Instabilities in Annular Combustion Chambers – CFD
    5. SCHUSTER Dominik – A new approach for numerical flow simulation in the domain of bio medics, petroleum and aeronautics – CFD
    6. ASTOUL Thomas – Development of the lattice Boltzmann method to study the acoustics generated by an installed landing gear – CFD – video
    7. MOURADI Rem-Sophia – Understanding the sediment dynamics using reduction and statistical modelling on field data – GlobC – video
    8. MATALON Pierre – Fast solvers for robust discretizations in CFD – Algo – video
    9. AJURIA Ekhi – Accelerating fluid solvers using artificial intelligence techniques – CFD
    10. RENARD Florian – Extension of the lattice Boltzmann method to compressible aeronautical flows – CFD
    11. NADAKKAL Sreejith – Simulation and Optimization of steam cracking process in refinery furnaces – CFD – video
    12. CAZERES Quentin – Analysis and reduction of chemical kinetics for aeronautics combustion – CFD – video
    13. DEGRIGNY Johan – Evaluations of DDES in LBM – CFD – video
    14. COSTES Aurélien – Bi-directional fire-atmosphere coupling for on-demand simulations in case of forest fires – GlobC
    15. CARMONA – Julien – Modelling of two-phase flow phenomena in an aeronautic injector – CFD
    16. BLANCHARD Simon – Multi-physics Large-Eddy Simulation of cryogenic combustion in rocket engines – CFD – video
    17. WIRTZ Jonathan – Development of Analytically Reduced Chemistries in a combustion chamber for an alternative fuel (JETSCREEN) – CFD – video
    18. BARLEON Nicolas – Modeling and simulation of plasma assisted combustion: application to ignition by NRP discharges – CFD
    19. SENGUPTA Soumyo – Advanced meshing methods for high performance calculations applied to large-scale simulation – COOP – video
    20. POUECH Paul – Ignition in high speed flows – CFD – video
    21. ROUSSEAU Victor – Physical processes involved in small scale air-sea interactions in the Gulf Stream region – GlobC – video
    22. LAROCHE Thomas – Liquid-gas interface modeling for two-phase flow Large Eddy Simulation – CFD
    23. VILLAFANA WILCA – Modeling of physical phenomena in a Hall-effect thruster and assessment of their impacts on performances and wall erosion – CFD – video
    24. VEILLEUX Adèle – A multi-element-shape extension for the spectral difference method, application to combustion – CFD – video
    25. SHASTRY Varun – Numerical study of thermoacoustic instabilities in spray flames – CFD
    26. AGOSTINELLI Walter – Analysis of LES robustness and modeling sensitivity in helicopter engine combustor numerical study – CFD – video
    27. BADHE Abhijeet – Reduced Order Modelling of thermoacoustic instabilities using “State-Space Approach – CFD – video
    28. PESTRE Antoine – Development of numerical methods for LES of turbulent reactive two-phase flow under sub-atmospheric and low- temperature conditions – CFD
    29. AGARWAL Shubham – Cooling hole shape optimization for enhancement of film cooling effectivness on turbine blades – CFD
    30. MARTIN Benjamin – Compressor / Combustor interactions with LES – CFD
    31. EL GARROUSSI Siham – Reduced models for hydraulics – Reduction of the uncertain space in the case of random fields – GlobC
    32. BESOMBES Camille – Parametrization of the reservoir characterization using generative neural networks – COOP – video
    33. XING Victor – Deep neural networks for turbulent combustion modeling – COOP – video
    34. VENKOVIC Nicolas – Parallel Domain Decompostion Method for Stochastic Elliptic Equations – Algo – video
    35. LAFARGE – Thomas – Investigation of the use of Lattice Boltzmann methods applied to numerical simulation of multiphase flows – CFD – video
    36. OGIER Theo – Real fuel modeling for combustion chambers in aeronautical engines – CFD – video
    37. PERROT Aurélien – Secondary and cooling flows within walls laws for aeronautical engines LES simulations – CFD – video

NEWS

Cerfacs’ kraken configuration upgrade to more than 500 Tflop/s

superadmin |  2 October 2019

64 skylake nodes have been added to Cerfacs' cluster Kraken which offer now more than 7 000 skylake cores and 563 peak Tflop/s.Read more


67 climate modelling groups use OASIS3-MCT to assemble more than 80 coupled applications

superadmin |  10 September 2019

OASIS3-MCT is a coupler of codes developed at Cerfacs and used around the world, mainly for climate modelling applications. Our last survey confirms that OASIS3-MCT is used by 67 modelling groups to assemble more than 80 different coupled applications over the 5 continents. These applications include global or regional configurations of ocean and atmosphere models but also sea ice, sea level, wave, ocean biogeochemistry, land, vegetation, river routing, hydrological and atmospheric chemistry models. OASIS3-MCT is used in 5 of the 7 European Earth System Models participating to the 6th Coupled Model Intercomparison Project (CMIP6) that produces the climate simulations forming the basis of the next report of the Intergovernmental Panel on Climate Change (IPCC)”Read more

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