Rheophysics and Flow

We are interested here in both the structure and structuring of soft matter, and more specifically in gels and suspensions, using an approach that combines rheology and coupled physical measurements (microscopic observation, light scattering, ...) and the way in which these materials with complex rheology flow (tangential filtration, flow around obstacles, jets, microfluidics, etc.).

Research on fluid jets and fluid-structure interactions provides valuable knowledge for the optimization of industrial processes, while studies on zinc-air redox flow batteries open up new perspectives for energy storage.

The characterization of micellar dynamics and shock-absorbing materials is helping to develop more efficient systems tailored to the needs of various sectors, from medicine to the automotive industry.

In addition, the structuring of nanomaterials under the effect of external fields and studies on membrane interfaces offer new strategies for the filtration and stabilization of colloidal suspensions. 

Finally, advances in the transformation of protein suspensions and cultural heritage restoration processes demonstrate the cross-disciplinary impact of this research. By combining experimentation, modeling, and technological innovations, this work paves the way for a variety of applications and new avenues for scientific exploration.