LEGI - UMR 5519

Measuring, Modeling, and Mimicking Atmospheric Turbulent Processes
Atmospheric turbulence is at the core of many weather phenomena such as rain, fog, storms, and tornadoes, as well as numerous (...)

Experimental investigation and modeling on the flow-structure interactions of pendulum systems
Fluid–structure interactions involving pendular systems are prevalent in both natural and (...)

On the impact of contact line evaporation on bubble growth in microgravity
Cryogenic propellants (H2, CH4, O2) are used for space transportation and must be stored for long periods in (...)

Metals as future carbon-free energy carriers
Micrometric metal particles offer a promising source of sustainable energy. Upon ignition, they generate a significant amount of energy without (...)

L’équipe MEIGE du LEGI participe à la campagne estivale 2025 d’observation de la météorologie de montagne en milieu alpin européen, dans le cadre du projet teamX, financé par le LABEX OSUG (projet (...)

On turbulence in combined wave-current flows
Turbulence arising from the non-linear interaction between waves and currents is the driver of many processes of environmental and engineering (...)

Artificial lateral line sensing
Fish have evolved the lateral line sensing system over the last 200 million years. It can detect minute changes in the flow field near the fish’s body, allowing (...)

Experiments on the interaction of rising bubbles with solid boundaries and vortex rings
The dynamics of bubble motion are of great interest since the distribution and movement of bubbles govern (...)

Experimental study of inert and reactive two-phase flows by optical diagnostics applied in extreme conditions
In aerospace propulsion systems, liquid fuels are used for their compactness, (...)

Bubble Interactions in Polydisperse Swarms of Confined Inertial Bubbles : Coalescence and Agitation
For processes involving bubbly flows, whether in environmental or industrial systems, (...)