International audienceFractures in the Earth's subsurface have a strong impact in many physical and chemical phenomena, as their properties are very different from those of the surrounding rocks. They are generally organized as multi-scale structures, which can be modeled by Discrete Fracture Networks (DFNs) that may contain hundreds of thousands of ellipses in the tridi-mensional space. This paper presents our approach to generate meshes of such large DFNs and to simulate single-phase flow problems using these meshes
International audienceNatural fractured media are characterized by their diversity of structures and...
International audienceNatural fractured media are characterized by their diversity of structures and...
International audienceNatural fractured media are characterized by their diversity of structures and...
International audienceWe start this presentation by assuming that a model and a mesh of the DFNs hav...
International audienceWe start this presentation by assuming that a model and a mesh of the DFNs hav...
We focus on the simulation of underground flow in fractured media, modeled by means of Discrete Frac...
International audienceIn geological media, natural fracture networks are commonly encountered, showi...
We focus on the simulation of underground flow in fractured media, modeled by means of Discrete Frac...
International audienceThe underground is a reservoir of natural resources (water, oil and gas, heat,...
International audienceIn geological media, natural fracture networks are commonly encountered, showi...
We investigate the computational performance of hybrid high-order methods applied to flow simulation...
In recent papers the authors introduced a new method for simulating subsurface flow in a system of f...
In the present work a message passing interface (MPI) parallel implementation of an optimization-bas...
International audienceNatural fractured media are characterized by their diversity of structures and...
International audienceNatural fractured media are characterized by their diversity of structures and...
International audienceNatural fractured media are characterized by their diversity of structures and...
International audienceNatural fractured media are characterized by their diversity of structures and...
International audienceNatural fractured media are characterized by their diversity of structures and...
International audienceWe start this presentation by assuming that a model and a mesh of the DFNs hav...
International audienceWe start this presentation by assuming that a model and a mesh of the DFNs hav...
We focus on the simulation of underground flow in fractured media, modeled by means of Discrete Frac...
International audienceIn geological media, natural fracture networks are commonly encountered, showi...
We focus on the simulation of underground flow in fractured media, modeled by means of Discrete Frac...
International audienceThe underground is a reservoir of natural resources (water, oil and gas, heat,...
International audienceIn geological media, natural fracture networks are commonly encountered, showi...
We investigate the computational performance of hybrid high-order methods applied to flow simulation...
In recent papers the authors introduced a new method for simulating subsurface flow in a system of f...
In the present work a message passing interface (MPI) parallel implementation of an optimization-bas...
International audienceNatural fractured media are characterized by their diversity of structures and...
International audienceNatural fractured media are characterized by their diversity of structures and...
International audienceNatural fractured media are characterized by their diversity of structures and...
International audienceNatural fractured media are characterized by their diversity of structures and...
International audienceNatural fractured media are characterized by their diversity of structures and...