Skip to main content

more options


After retiring from Cornell in 2022, Michel Louge has been helping industry exploit instrumentation that his group developed to measure instantaneously the local bulk density, moisture and/or solvent content in gas-solid suspensions, powders and grains. He also lends advice on drying, fluidization and other subject mentioned in this web site.

To explore how your industry can benefit from this work, contact Michel Louge by email at MYL3@cornell.edu

Recent news and activities

Visualize Michel Louge's presentation on the "Role of pore pressure gradients in geophysical flows over permeable substrates" at the Kavli Institute of Theoretical Physics in Santa Barbara during the conference on Fluid-Mediated Particle Transport in Geophysical Flows on Wednesday, December 18, 2013. The first part of the presentation concerns powders snow avalanches. The second discusses the role of the porous sand bed in desert ripples.

Here are links to Michel Louge's webcast seminar, presentation and abstract at the Isaac Newton Institute for Mathematical Sciences for the 2nd IMA conference on Dense Granular Flows on July 1, 2013.

Experiments, numerical simulations and modeling of powder snow avalanches, which we identify with "eruption currents". See this page for explanations, recent progress and journal articles.

The following article points to recent progress by Mitrano et al (2014) on the subject of granular clusters: M.Y. Louge: "The surprising relevance of a continuum description to granular clusters," J. Fluid Mech. 742, 1-4 (2014), doi:10.1017/jfm.2013.650.

In the summer 2014, Michel Louge spent time as a Distinguished Visiting Fellow of the Royal Academy of Engineering working on deep-sea eruption currents with Dr. Barbara Turnbull at the University of Nottingham.

Education



 

Ronald K. Hanson

Ronald K. Hanson, who served as graduate advisor
for Michel Louge at Stanford.




Appointments


Contact information

e-mail: MYL3@cornell.edu

Resume in English (rev. May 2025)

ORCID profile

Scholar.Google profile

ResearchGate.net profile