ERCOFTAC Worshop

Onset of Turbulence and Singular Flows

Organization Committee

• Tomas Bodnar, Czech Technical University in Prague
• Claude Cambon, Laboratoire de Mécanique des Fluides et d’Acoustique, Ecole Centrale Lyon
• Bérangère Dubrulle, Service de Physique de l’Etat Condensé
• Philippe Fraunié, Mediterranean Institute of Oceanography, Université de Toulon
• Mikhael Gorokhovski, Laboratoire de Mécanique des Fluides et d’Acoustique, ECL
• Christophe Josserand, Laboratoire d’Hydrodynamique LADHYX
• Yves Pomeau, Laboratoire d’Hydrodynamique LADHYX

IGESA Porquerolles island, 8 - 10 July 2021

Talks (provisional program)

• Tomas Bodnar, CVUT Prague
  On numerical simulations of wall bounded stratified flows

• Matteo Caggio, Institute of Mathematics, CAS, Prague
  Closure scheme for stably stratified turbulence without critical Richardson number

• Yuli Chashechkin, Ishlinsky Institute for Problems in Mechanics, Moscow
  Environmental flow dynamics and structure: role of regular and singular perturbed components

• Sergio Chibbaro, Institut Jean Le Rond D’Alembert
  Wave-turbulence and thermalisation in weakly nonlinear chains

• Bérengère Dubrulle, SPEC
  Investigation and modelling (quasi) singularities in turbulent flows

• Eduard Feireisl, Institute of Mathematics, Prague
  On the relevance of stochastic models in statistical compressible turbulence

• Mikhael Gorokhovski, LMFA ECL
  Stochastic models of acceleration: application to under-resolved flows at a high Reynolds number

• Laurent Jacquin, ONERA
  Jets

• Christophe Josserand, LADHYX
  Singularity driven turbulence

• Patrice Le Gal, IRPHE
  Geometrical focusing of surface waves and their breaking

• Nicolas Mordant, LEGI
  Stratified turbulence forced by waves: experiments in the Coriolis facility

• Sergei Nazarenko, Université côte d’Azur
  Formation of zonal jets as a Bose-Enstein condensation process

• Antonin Novotny, Imath, Toulon
  Mathematical (thermo)dynamics of open systems of compressible fluids

• Yves Pomeau, LADHYX
  Real turbulence:  a derivation of von Karman-Prandtl law of the wall and more

• Emmanuel Villermaux, IRPHE
  Direct Cascade, Finite-time singularity, Richardson scaling, and Senkou-Hanabi

• Ying Zhu, Université côte d’Azur
  Direct DNS method for homogeneous turbulent flow

• Vladimir zeitlin, LMD
  Coherent structures and transition to turbulence in thermal and magnetic rotating shallow water

• Kirill Zibin, Lebedev Institute
  No feedback is possible in small-scale turbulent magnetic field