ALMO for ALpine mass MOvements: Our logo features a mountain at its heart, and is composed of all letters in ALMO. The dotted #hashtag illustrates our numerical methods: Lagrangian, Eulerian, or hybrid. #ALMO#AlpineScience 🏔️
@johan_gaume@ETH @SLFDavos @WSL_research
Wishing you happy holidays from the #ALMO team! 🏔️🎉 Here's a glimpse of our team excursion in Brienz & Bondo, @Graubunden. In our team, we delve into the intricacies of alpine mass movements through modeling and experiments. Stay tuned!
@eth @SLFDavos #Research#AlpineScience
Congratulation Lars 🙌🏻🎉!
« Microstructural controls on the plastic consolidation of porous brittle solids » published in @Acta_Materialia@EPFL@ETH @SLFDavos @WSL_research #CERC
Looking forward to a storm of ideas and good research! Session C08 Modeling, monitoring and predicting alpine mass movements. With @johan_gaume and others not on twitter. See you at @theIUGG https://t.co/bopom9DKha
I am looking for 2 #PhD students and 1 #PostDoc researcher in the field of #alpine#mass#movements in my new group @SLFDavos and @ETH
Details and applications here 👉 https://t.co/glJ9PqVbxh
📸 Andrea Badrutt - AWN Graübunden - 2017 Piz Cengalo
This Thursday at 5:15 pm in CM3, the Environmental Sciences and Engineering section (@epflENAC) invites you to the projection of a documentary on the Dyatlov Mystery directed by Matteo Born, and a speech by @johan_gaume and Alexander Puzrin.
Trailer : https://t.co/DG3k1ZBDNi
After having published a breakthrough research about the #Dyatlov Pass Mystery, Johan Gaume, @epflENAC and @SLFDavos, and Prof. Alexander Puzrin, @ETH_en, will introduce a documentary directed by Matteo Born about the whole story on Thursday 13 October @EPFL. @SLAB_epfl
The International Symposium on #Snow just started in #Davos. Looking forward to interesting presentations and discussions. Thanks @igsoc, @SLFDavos, Jürg Schweizer (here on the photo) and the organizing committee for bringing the snow and avalanche community back together 😊!
Zhengshou & @swayzhao's new paper accepted in Computational Mechanics on a Signed Distance Field (SDF) approach for effective DEM modeling of contact problems involving particles of arbitrary shapes. Shown is mixing of nuts, bolts & grains. Read preprint:
https://t.co/jqdw9X297Y
The physics of snow slab avalanches similar to that of earthquakes. By expanding the scale for snow slab avalanche simulations scientists @epflENAC and @SLFDavos obtained a better understanding of the mechanisms underlying these events. https://t.co/uxgf1oPlfn
How do small cracks turn into gigantic submarine slides? Zhang and Puzrin (2022) use numerical simulations to elucidate this transition from initial failure to subsequent growth of weakened sediment.
Check out Michel Louge's highlight: https://t.co/Ml6vq9bJZk
#AGUPubs
Mathieu Schaer, former @epflENAC student, professional snowboarder and #environment#engineer@meteosuisse send me this video a couple of years ago. The analysis of changes in pixel intensity frame by frame, confirmed the outcome of numerical simulations. 🎥 (c) Titouan Bessire
Numerical simulations based on the Material Point Method revealed a transition from slow (sub-Rayleigh) #anticrack to fast #supershear crack propagation. This transition may occur at distances about 3-5 meters if the slope is steep enough.