Home
Event photos
Programme
Programme Schedule
Technical Tours
Symposium topics
Key dates
Committee
Accompanying persons programme
Publication
Submission
Call for abstracts
Steps for abstract submission
Special Issues
Accepted abstracts
Registration, fees and more
Registration
Visa Information
Venue, Delft & Travel
Venue
Route information
How to get around
Delft
See and Do in Delft
Discount on your Flights
Book your hotel in Delft
Go Green, Go Dutch, Go Bike
Create Account
Sponsors
Our Sponsors
Sponsorships
Login
Symposium on Energy Geotechnics (SEG23)
Symposium on Energy Geotechnics (SEG23)
Login
Toggle navigation
Home
Event photos
Programme
Programme Schedule
Technical Tours
Symposium topics
Key dates
Committee
Accompanying persons programme
Publication
Submission
Call for abstracts
Steps for abstract submission
Special Issues
Accepted abstracts
Registration, fees and more
Registration
Visa Information
Venue, Delft & Travel
Venue
Route information
How to get around
Delft
See and Do in Delft
Discount on your Flights
Book your hotel in Delft
Go Green, Go Dutch, Go Bike
Create Account
Sponsors
Our Sponsors
Sponsorships
Symposium on Energy Geotechnics (SEG23)
Login
A Phase-Field Discrete Element Method to study chemo-mechanical coupling in granular materials
This abstract has open access
Abstract Summary
- A phase field discrete element method is developed to model the irregular shape and its heterogeneous evolution of granular materials. - This model has allowed us to investigate the phenomena of pressure-solution and dissolution at the grain scale level.
Abstract ID :
SEG111
Abstract Topics
Material behavior and modelling
Sub-topics
Experimental and numerical methods,THMC behaviour,Geochemistry
Associated Sessions
Parallel Session C-6: Material Behaviour - Chair: Martin Lesueur
Author
Co-Authors
Alexandre Sac--Morane
UCLouvain & Duke University
HR
Hadrien Rattez
Assistant Professor
,
UCLouvain
MV
Mr. Manolis Veveakis
Duke University
27
visits
Forgot your Password?