18/10/2022 – L. Pénazzi – Title to be updated
Title to be updated. Séminaire exceptionnel IUSTI – 18 oct. 2022 – 11h salle 259 Title to be updated. Léa Pénazzi – LEMTA, Nancy Abstract to be updated.
Category: Séminaires
14/10/2022 – H. Delanoé-Ayari – Title to be updated
Title to be updated Séminaire IUSTI – 14 oct. 2022 – 11h salle 250 Title to be updated Hélène Delanoé-Ayari – ILM, Lyon Abstract to be updated.
30/09/2022 – V. Bertin – Particles transport near interfaces
In this talk, I will discuss about two different problems involving particle motion near interfaces. In a first part, we focus on
20/07/2022 – C. Johnson – Simple models for heterogeneous granular avalanches
Debris flows and pyroclastic flows are examples of heterogeneous granular flows, with a flow composition
08/07/2022 – E. Loiseau – How millions of microscopic active cilia self-organize to protect our airways ?
The respiratory tract is protected by mucus, a complex fluid transported along the epithelial surface by the coordinated beating of millions of microscopic cilia, hence
07/07/2022 – V. Niggel – Insights in dense suspensions by visualizing silica particles with tunable surfaces
In complex particulate flows, the surfaces of flowing particles undergo both relative translation and rotation. While measuring
24/06/2022 – J-A. Olive – Rheologies for the Earth’s brittle crust
Most of the brittle, earthquake-generating deformation that shapes mountain ranges takes place in the uppermost ~15 km of the Earth’s crust
10/06/2022 – B. Lombard – Unfolding of bistable tape springs: an extended Lagrangian approach
The motivation of this work is to better understand the dynamic behaviour of bistable structures presenting an analogy with regularized Ericksen bars
REPORTÉ au 8/07/2022 — 27/05/2022 – E. Loiseau – How millions of microscopic active cilia self-organize to protect our airways ?
The respiratory tract is protected by mucus, a complex fluid transported along the epithelial surface by the coordinated beating of millions of microscopic cilia, hence
24/05/2022 – R. Lueptow – Predicting Size and Density Segregation in Granular Flows
As large and small particles flow, small particles fall between large particles to segregate in lower portions of a dense granular flow while
