Co-teaching with Profs Brice Lecampion and John Colinski a ‘Fracture Mechanics by papers’ doctoral class at @EPFL. An awesome by definition :) format of introducing main fracture ideas and developments via exploring a relevant, classic or not paper and it’s consequences per week
We are very proud to announce the appointment of six Tenure Track Assistant Professors @epflENAC, including FIVE women, as well as two promotions! Looking forward to seeing you all @EPFL_en in 2022! https://t.co/NzihzJNuMX 👏@AeppliMeret @SParascho@andrewsonta@BLecampion👏
The power‐law rheology should be simply abandoned in hydraulic fracture modeling in favor of models capturing both the small/large shear rates limits. Check out our last paper #nag https://t.co/are4HSryDp
#hf#modeling#fracking#scaling
Do hydraulic fractures stop immediately after the end of injection? No! Under some conditions, significant post-shut-in propagation might occur. Find out the details in our new paper https://t.co/G9sX9iq8x5
#geomechanics#fracture#mechanics#EPFL
@andimoeri @BLecampion
Reconstructed fracture front evolution using active acoustic https://t.co/RcGGRtErI2. Check our recent paper published in #GJI on the technique - https://t.co/dW2limJsDw @RAS_Journals
We still have 1.4TB of data to move around, some checks to do and the service will be back in good shape. ETA this week-end. Sorry for the inconvenience.
Wondering about the impact of scale dependent #fracture#toughness on the growth of a hydraulic fracture ? check our recent Engineering Fracture Mechanics paper with Dong Liu and Dmitry Garagash https://t.co/EAKTIwUClI
#efm#fracturing#Fracking@gel_epfl