31/03/2023 – S. Manneville – Attractive, confined, and stirred: patterns and cracks in particulate networks
Dilute dispersions of attractive colloids commonly self-assemble into space-spanning networks referred to as colloidal gels
Category: Séminaires
23/03/2023 – F. Sharipov – Direct simulation Monte Carlo method and its applications to rarefied gas flows
The Navier-Stokes equation is applied to calculate gas flows in the hydrodynamic regime when the intermolecular collisions
03/03/2023 – L. Berthe – Chocs produits par laser plasma – Génération et applications
Lorsqu’un laser est focalisé sur une surface (>GW/cm2), il produit un plasma de haute pression (>GPa) dont
03/02/2023 – D. Lohse – Physicochemical hydrodynamics of droplets in inkjet printing
Inkjet printing is the most widespread technological application of microfluidics. It is characterized
— REPORTÉ au 12/05/2023 — 20/01/23 – C. Barentin – Plastocapillarity: wetting of yield-stress fluids
Yield-stress fluids such as emulsions, suspensions, gels or foams exhibit interesting mechanical properties depending on the applied stress. Indeed
— REPORTÉ — 06/01/2023 – O. Theodoly – Migration of single immune cells in vitro: mechanisms of propulsion and guidance
We use microfabricated tools and human primary lymphocytes to decipher amoeboid cell migration in vitro. Concerning propulsion, mammalian
09/12/2022 – M. Jalaal – Two Stories of Light and Life
My talk will tell two stories of light and life. First, I will tell you
25/10/2022 – J. Butler – Polyelectrolyte transport in microfluidic geometries using simultaneous flow and electrophoresis
I describe a simple method to control the distribution and transport of polyelectrolytes, and DNA in particular, within microfluidic channels. The method uses
19/10/2022 – G. Facchini – Morphogenesis and mechanics of saddle-shaped bio-structures, from termite nests to sea-urchin spines
I study 3D highly connected structures that remind of minimal surfaces and play biological functions in several organisms
18/10/2022 – L. Pénazzi – Formulation en intégrales de chemins pour l’analyse de systèmes thermiques multiphysiques, leur conception et leur pilotage ; résolution en géométries complexes par simulations Monte Carlo
Dans le contexte des applications des sciences thermiques pour l’ingénieur, les géométries considérées