Séminaires

Damage simulation of structures using Phase-field damage model: Opportunities and Challenges

Offshore Geotechnical Solutions: from centrifuge modeling to applications to torpedo anchors.

Unveiling Hydrophobic-Driven Gelation: Exploring the case of Carboxymethylcellulose (CMC) Hydrogels.

Offshore geotechnical solutions: from centrifuge modeling to applications for wind farms foundations.

The conformational phase diagram of charged polymers in the presence of attractive bridging crowders

Probing mechanical properties of (bio)polymers with chemical specificity using molecular and multiscale simulation

Investigation into the mechanical behaviour of bio-cemented sands using the discrete element method

Discovery of neural constitutive equations of complex materials

Data-Driven Modelling for Discovery and Solution of Partial Differential Equations

Sur l’écriture intrinsèque des lois de comportements des milieux discrets

Mechanical feedback in the growth of living tissues

Demi-journée en l'honneur de Denis Caillerie

Demi-journée en l'honneur de Jacques Desrues

Spontaneous motion of crawling cells

Molecular modelling/simulation of the behaviour of cement-based materials and geomaterials

Morphological transitions of pore water during triaxial compression in unsaturated soil

Fluid flow induced erosion and damage of weakly cemented granular materials

Granular Materials at Sydney University

Effect of Pore Pressure Rate on Rate and State Frictional Slip In Experiments

Clay micromechanics: what we know and what we don’t about clay particle electro-chemical-mechanical interactions

Time and length scales in rheology of granular flows 

Compaction of soft granular packings.

Quantifying the Causes of Local Rearrangements in 3D Granular Media Using Machine Learning

Quantifying the Causes of Local Rearrangements in 3D Granular Media Using Machine Learning

Goodbye tomography: positioning monodisperse spheres in 3D with a single radiography and divergent beam

Fractured rocks: Genesis, Processes and Properties

Capillarity in wet granular materials under volume and suction control: from micro-scale to macro-scale behaviour

Recent progress in granular statistical mechanics

Experimental Micromechanics of Geologic Materials with X-ray Diffraction and Tomography

A pore-scale Thermo-Hydro-Mechanical coupled model for particulate systems

Effect of the shape of diatomaceous species on the macroscopic behaviour of soils

Towards a new generation of self-growing plant-inspired robots

Root–soil mechanical and hydrological interactions at different scales

Le rendez-vous annuel des personnels de 3SR en extérieur !

On the deformation and drift of sea ice

Critical probability of percolation over bounded region in N-dimensional Euclidean space

Patrick Paultre (Canada), Gilles Pijaudier-Cabot (France), Frédéric Raguenau (France) et S. Ghavamian
(France).

Patrick Selvadurai (Canada), Eduardo Alonso (Espagne), Manolo Pastor (Espagne) et Claudio di Prisco (Italie).

Fabio Gabrieli (assistant professor) and Antonio Pol (PhD student) from the University of Padova, (ICEA dept.) are visiting us for a couple of days mid November.

Robert has a M.Sc in Civil Engineering from the University of Vermont where he worked as a NASA fellow evaluating key geomechanical aspects of deep and shallow geothermal energy. He is now working as a Chateaubriand Fellow at Laboratoire 3SR where he is focused on using the Discrete Element Method (DEM) to gain insights into the rock mechanics associated with coupled thermal-hydraulic-mechanical processes.

Dans le cadre des séminaires RISK, le Professeur Patrick Paultre de l'Université de Sherbrooke (Canada), titulaire de la Chaire Canadienne en Ingénierie Sismique, lauréat du Prix Armand-Frappier 2015, donnera un séminaire sur la résilience des acteurs locaux à Haïti après le tremblement de terre de 2010. Pr. Paultre recevra par ailleurs dans quelques mois le Doctorat Honoris Causa de l'Université Grenoble Alpes.