The aim of this thesis is to model and develop numerical tools adapted to study underground water flow and the propagation of pollutants in a porous medium. The main motivation of this work is a benchmark from GDR Momas and Andra to simulate the 3-D propagation of radionuclides around a deep disposal of nuclear waste. Firstly, we construct a new mixed finite elements method suitable for general hexahedral meshes. Convergence of the method is proved and shown in numerical experiments.Secondly, we present a method of time dicretisation for the advection equation which allows for the use of different time steps in different subdomains in order to take into account of strong heterogeneities. Finally a numerical method for the calculation of the...
Model equations for transport of nuclear-waste contamination in three-dimensional porous media are p...
International audienceThis paper is concerned with numerical methods for the modeling of flow and tr...
Numerical models for simulating chemical transport in fissured rocks constitute powerful tools for e...
The aim of this thesis is to model and develop numerical tools adapted to study underground water fl...
L'objectif de cette thèse est de modéliser et de développer des outils numériques adaptés à l'étude ...
Flow and mass transport through porous media are an important part of underground water studies. Pol...
This paper concerns numerical methods for the modeling of ow and transport of contaminant in porous...
This paper presents 3D saturated flow and transport calculations performed using numerical methods d...
This paper presents 3D saturated flow and transport calculations performed using numerical methods d...
La représentation des écoulements et du transport de masse en milieu poreux trouve des applications ...
In this presentation we are concerned with the problem of developing a numerical simulator for model...
La représentation des écoulements et du transport de masse en milieu poreux trouve des applications ...
A code was written to model groundwater flow and to solve for contaminant transport in variably satu...
The goal of this paper is to investigate the interaction of water-air fronts with radionuclide plume...
The goal of this paper is to investigate the interaction of water-air fronts with radionuclide plume...
Model equations for transport of nuclear-waste contamination in three-dimensional porous media are p...
International audienceThis paper is concerned with numerical methods for the modeling of flow and tr...
Numerical models for simulating chemical transport in fissured rocks constitute powerful tools for e...
The aim of this thesis is to model and develop numerical tools adapted to study underground water fl...
L'objectif de cette thèse est de modéliser et de développer des outils numériques adaptés à l'étude ...
Flow and mass transport through porous media are an important part of underground water studies. Pol...
This paper concerns numerical methods for the modeling of ow and transport of contaminant in porous...
This paper presents 3D saturated flow and transport calculations performed using numerical methods d...
This paper presents 3D saturated flow and transport calculations performed using numerical methods d...
La représentation des écoulements et du transport de masse en milieu poreux trouve des applications ...
In this presentation we are concerned with the problem of developing a numerical simulator for model...
La représentation des écoulements et du transport de masse en milieu poreux trouve des applications ...
A code was written to model groundwater flow and to solve for contaminant transport in variably satu...
The goal of this paper is to investigate the interaction of water-air fronts with radionuclide plume...
The goal of this paper is to investigate the interaction of water-air fronts with radionuclide plume...
Model equations for transport of nuclear-waste contamination in three-dimensional porous media are p...
International audienceThis paper is concerned with numerical methods for the modeling of flow and tr...
Numerical models for simulating chemical transport in fissured rocks constitute powerful tools for e...