Today I had the opportunity to attend to a lecture by @IGT_Medicus ✨ thanks for spending time on doing your great animations. They have helped me so much to understand constitutive modeling ✨
⭐ Of all the places I have visited for work, Trondheim|@NTNU is still my favourite.
Thanks to everyone who took part in the soil modelling course that I taught together with Ali Ghoreishian Amiri and Gustav Grimstad.
🤩 I am looking forward to the ALERT Olek Zienkiewicz school 2025 in Prague:
💥 CONSTITUTIVE MODELLING OF GEOMATERIALS 💫
Register soon ⬇️
https://t.co/4wunm6Si5M
Researchers from Czech Republic develop a coupled thermo-hydro-mechanical hypoplastic model for partially saturated fine-grained soils under monotonic and cyclic loading.
https://t.co/XtLIWzcmBl
🌊⚓Together with @KatherineKwa, we investigated some potential of hypoplasticity for offshore applications:
"Hypoplastic predictions of changes in undrained shear strength during episodic loading", Géotechnique Letters, https://t.co/fSVtvaiHfb
🏃♀️🤸♂️#Anura3D MPM Workshop 2025 & Training Course will be held in Barcelona, on Jan 30-31, 2025. It will include training sessions, discussions, and presentations on applications and new developments. Send your abstract before Sept 8! https://t.co/89OYUOFHj1 @Anura3D@cimne#mpm
⌛️Influence of time step (Δt) on Euler Forward Integration:
https://t.co/1zgHROG43O
Use sliders to change Δt and λ*
🔵Analytical solution with adjustable parameter λ*
🔴Numerical approximation with adjustable Δt
⚫️Isotropic compr. test data
#AnimatingSoilModels using @geogebra🙏
💥There are different formulations for the Critical State Line (CSL) in void ratio e - mean effective stress p' plane. You can try to fit David Reid's critical state data with some formulations:
https://t.co/GsVRkYPXX5
Thanks to David for the data 🙏
#AnimatingSoilModels
💥There are different formulations for the Critical State Line (CSL) in void ratio e - mean effective stress p' plane. You can try to fit David Reid's critical state data with some formulations:
https://t.co/GsVRkYPXX5
Thanks to David for the data 🙏
#AnimatingSoilModels
Ice wedges are fascinating Arctic landforms, and their formation process is not yet clearly understood. Gabriel (Karam) used XFEM to simulate this process.
Check out the full paper (open-access) here: https://t.co/W2sqK7mTLn
@ComGeotechnics@PermafrostNet@NSERC_CRSNG
💥 The summer school "Numerical Modelling in Geotechnical Engineering" has started at @uniinnsbruck with input from Barbara Schneider-Muntau, Franz Tschuchnigg and myself.
Thanks to everyone for joining.
🥳 @vjagodnik finally made it to Innsbruck 🥳