LEGI - UMR 5519

Title :
Modelling sand transport under waves using a two-phase flow approach
Location :
LEGI - Laboratoire des Ecoulements Géophysiques et Industriels - Grenoble, France
Supervisors : (...)

Turbulent flow in the human upper airways plays a significant role in daily life since it intervenes in basic features of human life, e.g. breathing and fricative speech (...)

The human voice (vowel sounds) is due to an auto-oscillation of the vocal folds. This auto-oscillation is the result of a fluid-structure interaction between the airflow coming from (...)

The current covid-19 pandemic introduces a mouth mask in daily life (see Fig. 1). In countries such as France were the population is un-accustomed to wearing a mouth mask, it appears that (...)

Turbidity currents are self-sustained flowing particle suspensions. Many geophysical flows involve them : pyroclastic flows, sandstorms, snow avalanches, underwater turbidity currents, blowing (...)

This project is part of the Interorganism Research Program for better air quality (PRIMEQUAL), implemented by the Ministry in charge of the Environment and by the Agency for the Environment and (...)

Stage - Master projet : Tension cell for measuring bubble dynamics.
Location : Institut Lumière Matière (ILM), Lyon
Collaboration : LEGI / ILM
Training period : 5-6 month 2020 - as soon as (...)

Profil et compétences recherchées
La candidat doit connaître plusieurs techniques, comme la PIV et avoir des notions sur la fluorescence induite par laser. Il doit avoir des bases solides en (...)

Lab : Laboratoire des Écoulements Géophysiques et Industriels (LEGI) Supervisors : Nathanaël Machicoane and Alain Cartellier
Requirements : The PhD candidate needs a strong background in fluid (...)

Contract details :
Location : Laboratoire des Écoulements Géophysiques et Industriels, LEGI
Training period : February to July 2020
Candidate profile : engineering or physics background (...)