Gordon conference on Flow and Transport in Permeable Media

July 19-24, Les Diablerets, Switzerland, see website

Mixing Day in Rennes 23rd of May 2017

The second mixing day workshop follows the first mixing day workshop organized in Marseille in 2016. It is co-organized with RISC-E. The presentations will take place in the conference room of Observatoire des Sciences de l’Univers de Rennes (see access map).

Program (pdf version)

(note that the list of co-authors is not exhaustive, only those who have already confirmed their participations are indicated)

  • 8h45 – 9h T. Le Borgne (Rennes) Introductory words
  • 9h – 9h30 A. De Wit et al. (Bruxelles) Effect of chemical reactions on convective dissolution
  • 9h30 – 10h15 P. Meunier et al. (Marseille) Innovative fluid mixers
  • 10h15 – 10h45 R. Turuban / T. Le Borgne / Y. Meheust (Rennes) Chaotic mixing in crystalline sphere packings

10h45 – 11h15 coffee break

  • 11h15 – 11h45 M. Souzy / B. Metzger / H. Lhuissier(Marseille) Mixing in particulate suspensions and porous media
  • 11h45 – 12h15 M. Dentz et al. (Barcelona) Stochastic modeling of pore scale velocities
  • 12h15 – 12h45 J.-R. de Dreuzy et al. (Rennes) Transport in 3D porous and fractured media

12h45 – 14h15 lunch (buffet)

  • 14h15 – 14h45 P. Jop et al. (Saint Gobain) Non-Newtonian fluids
  • 14h45 – 15h15 B. Dollet / Y. Méheust / I. Cantat (Rennes) Fragmentation in foams through porous media
  • 15h15 – 15h45 H. Tabuteau et al. (Rennes) Microbial competition in porous environments can select against rapid biofilm growth
  • 15h45 – 16h15 A. Coche / T. Babey / J.R. de Dreuzy (Rennes) Control of transport on pesticide degradation in soils

16h15 – 16h45 coffee break

  • 16h45 – 17h15 E. Guilbert/C. Almarcha/E. Villermaux (Marseille) Mixing-induced fluorescence
  • 17h15 – 17h45 U. Gosh/Y. Méheust/T. Le Borgne (Rennes) Electrical signatures of mixing processes
  • 17h45 – 18h15 P. Götzfried et al. (Ilmenau) Mixing in turbulent flows
  • 18h15 – 18h45 A. Bandopadhyay / T. Le Borgne / P. Davy (Rennes) Topography-driven shear flows and mixing