A computational model for CO2 leakage in heterogeneous formation (abstract)

A Hydromechanic-Electrokinetic Model for CO2 Sequestration in Geological Formations

In this contribution, a finite element model for simulating coupled hydromechanic and electrokinetic flow in a multiphase domain is outlined. The model describes CO2 flow in a deformed, unsaturated geological formation and its associated streaming potential flow. The governing field equations are derived based on the averaging theory and solved...

XFEM-level set model for CO2 sequestration (abstract)

An efficient computational model for CO2 flow in porous media

This paper presents an efficient computational model for the simulation of fully coupled two-phase flow in a deformed partially saturated formation. Focus is placed on modeling the flow of a CO2 plume in a porous medium. The numerical procedure is based on coupling between the Level-set method (LS) and the extended finite element method (XFEM)....