Workshop

ICMF 2025
The 12th International Conference on Multiphase Flow
Pierre Baudis Convention Centre, Toulouse – France
May 12-16 2025

On March 27-29, 2024, IMFT (Institut de Mécanique des Fluides de Toulouse) organizes in Toulouse a 3-day international colloquium in honour of Jacques Magnaudet, to celebrate his scientific achievements and service to the fluid mechanics community. The colloquium will be based on a series of invited talks delivered by leading fluid dynamicists who closely interacted with Jacques during his career.
In order to be able to welcome all colleagues and friends interested in attending this colloquium, we kindly ask you to preregister by filling and returning the attached form not later than October 27. Registration fees, which include a welcome cocktail, lunches, coffee breaks and a gala dinner, will not exceed 500 Euros and may be reduced depending on the number of participants (additional 100 Euros for accompanying person). The symposium is open to all faculty members and PhD students.

This EuroMech Colloquium is organized by: E. Climent (IMFT), E. Keaveny (Imperial College), E. Lemaire (InPhyNi), M. Abbas (LGC) Purpose of the colloquium: Particle-laden flows

Particle-laden flows span scales ranging from the microscopic fluid-structure interactions observed in cellular biology and microsystems, to the large-scale transport of sediments by turbulent environmental flows and engineering processes. Fundamental to understanding these processes are computational methods and numerical techniques, including LBM, IBM, FCM, DPD, SPH, SD,… The leading experts in the computational methods will share the state-of-the-art progress and compare techniques. Additionally, leading experimental researchers will also attend to provide new challenges and ground discussion in the application to physical phenomena.

Particle-laden flows span scales ranging from the microscopic fluid-structure interactions observed in cellular biology and microsystems, to the large-scale transport of sediments by turbulent environmental flows and engineering processes. Fundamental to understanding these processes are computational methods and numerical techniques, including LBM, IBM, FCM, DPD, SPH, SD,… The leading experts in the computational methods will share the state-of-the-art progress and compare techniques. Additionally, leading experimental researchers will also attend to provide new challenges and ground discussion in the application to physical phenomena.