Orateurs
EYONG TAMBI
HELENE SCOLAN
(LMFA, Université Claude Bernard Lyon 1)
Description
It is very common to observe air bubbles when we pour water into a glass. However, the mechanism of air entrainment by plunging jets is still a widely open question. This study will be dedicated to study the viscous version of the problem wherein a viscous plunging jet entrains a thin film of air into a pool containing the same liquid. By controlling the viscosity of the liquid, and both the jet speed and diameter, we want to characterize experimentally the thickness and the shape of the entrained air film. Such an investigation will provide the foundation to the study the criteria of film rupture which leads to air bubble formation in viscous air entrainment flows.
| Master | Mécanique |
|---|---|
| Laboratoire d'accueil | LMFA |
| Composante ou Département Composante | MECA |
Auteur principal
HELENE SCOLAN
(LMFA, Université Claude Bernard Lyon 1)
Co-auteurs
EYONG TAMBI
JOHN SOUNDAR JEROME JOSEPH
(UCBL & LMFA CNRS UMR 5509)
