simeon djambov

Easily fascinated.

[Lab of Fluid Mechanics & Instabilities LFMI @ EPFL @lfmi_epfl]

(3/5)
> "Weakly non-parallel linear instability of a condensing film flow," presented by @sdjmbv,
> "Leveraging homogenization theory to assess interfacial flows through permeable membranes," presented by François Gallaire,

[MMOI@LPS @MMOI_LPS]

Alice Étienne-Simonetti from the MMOI group, studying contact of a fiber on a thin liquid film won the @LPS_Orsay picture prize. We are proud!

[Lab of Fluid Mechanics & Instabilities LFMI @ EPFL @lfmi_epfl]

In this @PhysRevFluids paper we study the linear stability of a viscous liquid layer draining around a horizontal cylinder. When surface tension dominates, pearls form around the cylinder, whereas when gravity dominates, hanging droplets form.
https://t.co/UtQFvDNcWq

[Lab of Fluid Mechanics & Instabilities LFMI @ EPFL @lfmi_epfl]

We are pleased to announce that @sdjmbv will present some preliminary experimental findings on the emergence of dissolution patterns in mist at the upcoming MePhy Day of Environmental Mechanics (Paris, June 12).

https://t.co/nQuVCtjjex

[Lab of Fluid Mechanics & Instabilities LFMI @ EPFL @lfmi_epfl]

@lfmi_epfl
congratulates its new Doctor ès Sciences Dr. Yves-Marie Ducimetière, who successfully defended his work entitled “Non-normal forms”
@EPFL
@EPFLEngineering

[Lab of Fluid Mechanics & Instabilities LFMI @ EPFL @lfmi_epfl]

We are pleased to announce that Dr. Tomas Fullana and @sdjmbv will be presenting posters at the 27e Rencontre du Non-Linéaire in Paris next week.
https://t.co/r8Ghu8Paho

[Journal of Fluid Mechanics @JFluidMech]

Read a new #openaccess article in #JFMRapids: "Boundary-layer approach to the linear karren instability" by Simeon Djambov and François Gallaire.
📚 https://t.co/TBXmcuPx4D
#OA #JFM #JFMRapids

[Alessandro Bongarzone @BongarzoneAle]

Homemade visualizations of self-sustained dynamics and forced resonant oscillations in flows: cross-junction jets and sloshing liquids

[Alessandro Bongarzone @BongarzoneAle]

Our @JFluidMech paper proposes a gap-averaged Floquet theory that considers inertial effects. We reveal a modified damping coefficient affecting the wave response and emphasise the significance of accounting for frequency detuning. @lfmi_epfl #OpenAccess https://t.co/z4yyGfQL6B

[Lab of Fluid Mechanics & Instabilities LFMI @ EPFL @lfmi_epfl]

In this @JFluidMech Rapids paper, @sdjmbv and F. Gallaire use a boundary-layer approach and obtain a closed-form dispersion relation for the linear instability behind linear karren patterns, dissolution grooves on the faces of soluble rocks. #OpenAccess
https://t.co/ODoIkDhbj9

[Lab of Fluid Mechanics & Instabilities LFMI @ EPFL @lfmi_epfl]

We're excited to announce that Prof. François Gallaire is an invited speaker at the European Coating Symposium in Paris next week! One of our PhD students @sdjmbv will also be presenting. Looking forward to sharing our research and connecting with peers in the field! #ECS2023