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Vincent CLAIR

Ecully

En résumé

Mes compétences :
Aeroacoustics
Mesh Generation
Teamwork
Parallel Computing
Matlab
CAA
International Conferences
Interaction noise analytical models
Scientific Writing
Tecplot
Integral Methods
CFD
Python
Turbulence
Fortran 95
Fluid Mechanics
Research and Development

Entreprises

  • Ecole Centrale de Lyon - Maître de Conférences (Lecturer)

    Ecully 2016 - maintenant
  • ISVR, University of Southampton - Research Fellow

    2013 - 2016 Research on computational methods to simulate the scattering of sound by turbulence in the Rolls-Royce UTC at ISVR.
  • ONERA - PhD student

    Palaiseau 2010 - 2013 - Numerical simulation of rotor/stator interaction using an Euler solver.
    - Stochastic modeling of a turbulent wake.
    - Coupling of several numerical methods : CDF/CAA, CAA/integral methods.
    - Comparison between numerical and experimental results or analytical models results.
  • ONERA - Intern

    Palaiseau 2010 - 2010 Numerical simulation of thin airfoils acoustic responses to an upstream wake.

    - Implementation of specific boundary conditions in an Euler solver.
    - Validation of the method on bidimensional gust/airfoil interaction cases.
  • EZH - Intern

    2009 - 2009 Study of building management systems on a pilot high environmental quality business buildings project.

    - Study of innovative building management systems and processes.
    - Sizing of a ventilation system and a photovoltaic production installation.

Formations

  • Université Lyon 1 Claude Bernard

    Villeurbanne 2010 - 2013 PhD

    Aeroacoustics - Numerical calculation of the acoustic response of a blade-row impinged by a turbulent wake.
    Partnership ONERA/Université Claude Bernard (Lyon I)
  • Université La Rochelle

    La Rochelle 2009 - 2010 Master's degree

    Numerical Modeling in Mechanics
  • DTU (Technical University Of Denmark) (Lyngby)

    Lyngby 2008 - 2009 Fluid mechanics - 1 semester study term.
    Study project aiming at validating a numerical solver using the SPH (Smoothed-Particle Hydrodynamics) method in order to perform free surface flows calculations.
  • EIGSI (Ecole D'Ingénieurs En Génie Des Systèmes Industriels)

    La Rochelle 2005 - 2010 Engineer's degree

    General Engineering - Speciality in Energy and Environment.
  • Lycée Durzy

    Villemandeur 2002 - 2005 Baccalauréat

    Sciences - Engineering sciences - (Highschool).

Réseau

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