Fluid Mechanics and Acoustics Laboratory - UMR 5509

Tristan Auregan (Princeton U.)

Drainage and convective evaporation of thin films in the presence of salt

Jeudi 26 Septembre 2024, 11h, UCBL (Salle René Michel)

We investigate the effect of salinity and atmospheric humidity on the drainage and lifetime of soap films in conditions relevant to air-sea mass exchanges. We show that the drainage is (...)

Stanley Ling (U. South Carolina)

Aerodynamic Breakup of Vaporizing Drops: High-Fidelity Simulation, Topology Characterization, and Machine-Learning Modeling

Jeudi 11 Juillet 2024, 11h, UCBL

Aerodynamic deformation and breakup are commonly observed phenomena in droplet and spray applications. In some scenarios, drop aerobreakup is accompanied by additional physical processes. For (...)

Artur Gęśla (Sorbonne U., LISN)

Noise sustained versus self-sustained structures in rotor-stator flow

Vendredi 14 Juin 2024, 11h, UCBL (bât. Omega, 3ème étage)

Rotor-stator flows are a popular prototype for instabilities in closed flows. They are known to exhibit instabilities in the form of circular and spiral rolls. While the spirals are known to (...)

Louis-Philippe Nadeau (U. Québec à Rimouski)

Progress in Understanding the Global Ocean Circulation

Vendredi 07 juin 2024, 11h, ECL (bât. H10, salle B11)

The complex interplay between global ocean circulation and stratification plays a crucial role in regulating the storage of atmospheric heat and carbon in the abyss, significantly influencing (...)

Fluid Mechanics and Acoustics Laboratory - UMR 5509

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Drainage and convective evaporation of thin films in the presence of salt

Aerodynamic Breakup of Vaporizing Drops: High-Fidelity Simulation, Topology Characterization, and Machine-Learning Modeling

Noise sustained versus self-sustained structures in rotor-stator flow

Progress in Understanding the Global Ocean Circulation