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VKI LS 2000-06, Theoretical and experimental modelling of particulate flow

Theoretical and experimental modelling of particulate flow

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Theoretical and experimental modelling of particulate flow
April 3 – 7, 2000
J.-M. Buchlin
  • SOMMERFELD, M. - Martin-Luther-Universität, Germany
    Overview and fundamentals
  • ELGHOBASHI, S. - University of California, USA
    On the two-fluid and trajectory approaches for DNS turbulent particle-laden flows
    Part I: DNS of bubble-laden flows via the two-fluid approach
    Part II: On the approximation of the two-way coupling terms in the trajectory approaches
  • SIMONIN, O. - INPT & EDF, France
    Statistical and continuum modelling of turbulent reactive particulate flows
    Part I: Theoretical derivation of dispersed phase Eulerian modelling from probability density function kinetic equation
  • FÉVRIER, P.1; SIMONIN, O.1,2 - INPT1 & EDF2, France
    Statistical and continuum modelling of turbulent reactive particulate flows
    Part II: Application of a two-phase second-moment transport model for prediction of turbulent gas-particle flows
  • HETSRONI, G. - Israel Institute of Technology, Israel
    Heat transfer enhancement and turbulence modulation by particles
    Part I : The particles turbulence interaction
    Part II : Two-phase heat transfer
  • BOULET, P.; OESTERLÉ, B. - ESSTIN, France 
    Lagrangian simulation of non-isothermal gas-solid flows
  • WITSCHGER, O. - Institut de Protection et de Sûreté Nucléaire, France
    Particle generation
    Intrusive measurement techniques
  • MERZKIRCH, W. - Universität Essen, Germany
    Non-intrusive measurement techniques
  • FRANK, T. - Chemnitz University, Germany
    Application of Eulerian-Lagrangian prediction of gas-particle flows to cyclone separators
  • LAVERGNE, G. - ONERA/DMAE, France
    Particulate flow in combustion

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Manufacturer von Karman Institute for Fluid Dynamics

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