This is all the data used and discussed in association with our publication in Geophysical Research Letter
Modeling fracture-matrix interaction within a complex multiple phase flow system is a key issue for...
A numerical simulation of coupled multiphase fluid flow, heat transfer, and mechanical deformation w...
The main objectives of this project are to quantify the changes in fracture porosity and multiphase ...
Geological Carbon Dioxide Sequestration requires a fundamental understanding of modeling multiphase...
A new mathematical flow model is derived for characterizing the multiphase fluid flow phenomenon in ...
The report is designed to be used as a decision-making aid for individuals who need to simulate flui...
Modeling fracture-matrix interaction within a complex multiple phase flow system is a key issue for ...
The primary purpose of this project is to use a combination of computer modeling and laboratory expe...
Fractures control fluid flow and the coupled geomechanical response of geological media in many geo-...
Abstract: The paper reviews different approaches to describe multiphase flows in fractured...
Our understanding of the subsurface system of the earth is becoming increasingly more sophisticated ...
Accepted ContributionNational audienceThis communication focuses on numerical techniques to compute ...
International audienceThis article introduces a model for incompressible, two-phase flow in a porous...
Abstract: The paper reviews computational algorithms with application to modelling multiph...
Abstract: In the paper, study of some typical situations related to presence of fractured ...
Modeling fracture-matrix interaction within a complex multiple phase flow system is a key issue for...
A numerical simulation of coupled multiphase fluid flow, heat transfer, and mechanical deformation w...
The main objectives of this project are to quantify the changes in fracture porosity and multiphase ...
Geological Carbon Dioxide Sequestration requires a fundamental understanding of modeling multiphase...
A new mathematical flow model is derived for characterizing the multiphase fluid flow phenomenon in ...
The report is designed to be used as a decision-making aid for individuals who need to simulate flui...
Modeling fracture-matrix interaction within a complex multiple phase flow system is a key issue for ...
The primary purpose of this project is to use a combination of computer modeling and laboratory expe...
Fractures control fluid flow and the coupled geomechanical response of geological media in many geo-...
Abstract: The paper reviews different approaches to describe multiphase flows in fractured...
Our understanding of the subsurface system of the earth is becoming increasingly more sophisticated ...
Accepted ContributionNational audienceThis communication focuses on numerical techniques to compute ...
International audienceThis article introduces a model for incompressible, two-phase flow in a porous...
Abstract: The paper reviews computational algorithms with application to modelling multiph...
Abstract: In the paper, study of some typical situations related to presence of fractured ...
Modeling fracture-matrix interaction within a complex multiple phase flow system is a key issue for...
A numerical simulation of coupled multiphase fluid flow, heat transfer, and mechanical deformation w...
The main objectives of this project are to quantify the changes in fracture porosity and multiphase ...
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