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CFD of multifluid flows

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  • S., ZALESKI – CNRS and Université Pierre et Marie Curie, France: Introduction to CFD of multifluid flows Volume of fluid and interface tracking
  • P., SAGAUT – Université Pierre et Marie Curie, France: Large-eddy simulation : fundamentals
  • E., COYAJEE – Delft University of Technology, The Netherlands: An introduction to level-set techniques for the numerical simulation of interfacial two-phase flow
  • E., COYAJEE & B.J., BOERSMA – Delft University of Technology, The Netherlands: Numerical simulation of drop impact on a liquid-liquid interface with a multiple marker front-capturing method
  • G., TRYGGVASON 1; J., LU 1; S., BISWAS 1; A., ESMAEELI 2 – 1Worcester Polytechnic Institute, USA & 2Southern Illinois University, USA: Using direct numerical simulations to understand bubbly flow
  • G., TRYGGVASON 1; D., JURIC 1; J., LU 1; S., MORTAZAVI 1; A., FERNANDEZ 3; A., ESMAEELI 2 – 1Worcester Polytechnic Institute, USA & 2Southern Illinois University, USA & 3Laboratoire d’Informatique pour la Mécanique et les Sciences de l’Ingénieur, France:
    Direct numerical simulations of complex flows
  • A.K., TORNBERG - New York University, USA: Interface tracking methods-explicit and implicit interface representations
  • A.K., TORNBERG - New York University, USA: Regularization techniques for interface capturing / tracking methods
  • D., LAKEHAL - ETH Zurich & ASCOMP GmbH, Switzerland: DNS of turbulent transport at deformable sheared interfaces: statistics & scalar parametrization
  • D., LAKEHAL - ETH Zurich & ASCOMP GmbH, Switzerland: LES of turbulent interfacial flows: formalism, SGS modelling and applications
  • L., SHEN – The Johns Hopkins University, USA: Physics of free-surface turbulence and challenges to large-eddy simulation
  • A., BERLEMONT 1; S., TANGUY 2; T., MÉNARD 1 – 1CORIA, France & 2IMFT, France: Coupling level set/VOF/ghost fluid methods: description and application on jet atomization Level set/ghost fluid method for vaporizing two-phase flows

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Manufacturer von Karman Institute for Fluid Dynamics

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