Compositional reservoir models have many uses, including petroleum reservoir simulation,
the simulation of flow and remediation of nonaqueous petroleum liquids, and the study of …

Investigations of fluid instability and density-driven convection in soils and rocks are
motivated by both natural phenomena giving rise to ecological problems, and human …

Robust and efficient discretization methods for coupled poromechanical problems are
critical to address a wide range of problems related to civil infrastructure, energy resources …

We propose an immiscible two phase flow fracture model, based on a phase-field for
treating crack propagation in porous media. This multifluid model is an extension of classical …

We propose a model and numerical method for multiphase multicomponent flow simulation
in porous media for solving problems of hydrocarbon reservoir engineering. The method …

In this paper, we propose an enriched Galerkin (EG) approximation for a two-phase
pressure saturation system with capillary pressure in heterogeneous porous media. The EG …

We present a novel approach to the simulation of miscible displacement by employing
adaptive enriched Galerkin finite element methods (EG) coupled with entropy residual …

This paper presents the enriched Galerkin discretization for modeling fluid flow in fractured
porous media using the mixed-dimensional approach. The proposed method has been …

This paper presents a mixed finite element framework for coupled hydro-mechanical–
chemical processes in heterogeneous porous media. The framework combines two types of …

In this paper, a novel computational framework is introduced for simulation of multiphase
flow, geomechanics, and fracture propagation in porous media based on Biot's model for …