This paper details a finite element model which describes the flow of two-phase fluid and heat within a deforming porous medium. The coupled governing equations are derived in terms of displacements, pore pressures and temperatures, and details of the time-stepping algorithm and thermodynamic considerations are also presented. Two numerical examples are included for verification. \ua9 1989 Kluwer Academic Publishers
The paper presents the results of a numerical study of heat and mass exchanges inside a porous matri...
The study of heat and fluid flow in porous domains or fluid domains that are partially filled with a...
A coupled finite element model for the analysis of the deformation of elastoplastic porous media due...
This paper details a finite element model which describes the flow of two-phase fluid and heat withi...
A fully coupled flow-deformation model for two-phase fluid flow through deformable fractured porous ...
A fully coupled numerical model to simulate the complex behaviour of soil deformation, water flow, a...
A fully coupled numerical model to simulate the slow transient phenomena involving heat and mass tra...
A fully coupled numerical model to simulate the complex behaviour of soil deformation, water flow, a...
The numerical model is based on a fully coupled heat and multiphase flow model in deforming porous m...
A fully coupled dynamic model is presented for the analysis of water and air flow in deforming porou...
A fully coupled dynamic model is presented for the analysis of water and air flow in deforming porou...
This paper presents a numerical method to model the coupled thermo-hydro-mechanical (THM) processes ...
The numerical model is based on a fully coupled heat and multiphase flow model in deforming porous m...
peer reviewedThis paper is the basis for a course dedicated to geomechanics for energy production. A...
A coupled finite element model for the analysis of the deformation of elastoplastic porous media due...
The paper presents the results of a numerical study of heat and mass exchanges inside a porous matri...
The study of heat and fluid flow in porous domains or fluid domains that are partially filled with a...
A coupled finite element model for the analysis of the deformation of elastoplastic porous media due...
This paper details a finite element model which describes the flow of two-phase fluid and heat withi...
A fully coupled flow-deformation model for two-phase fluid flow through deformable fractured porous ...
A fully coupled numerical model to simulate the complex behaviour of soil deformation, water flow, a...
A fully coupled numerical model to simulate the slow transient phenomena involving heat and mass tra...
A fully coupled numerical model to simulate the complex behaviour of soil deformation, water flow, a...
The numerical model is based on a fully coupled heat and multiphase flow model in deforming porous m...
A fully coupled dynamic model is presented for the analysis of water and air flow in deforming porou...
A fully coupled dynamic model is presented for the analysis of water and air flow in deforming porou...
This paper presents a numerical method to model the coupled thermo-hydro-mechanical (THM) processes ...
The numerical model is based on a fully coupled heat and multiphase flow model in deforming porous m...
peer reviewedThis paper is the basis for a course dedicated to geomechanics for energy production. A...
A coupled finite element model for the analysis of the deformation of elastoplastic porous media due...
The paper presents the results of a numerical study of heat and mass exchanges inside a porous matri...
The study of heat and fluid flow in porous domains or fluid domains that are partially filled with a...
A coupled finite element model for the analysis of the deformation of elastoplastic porous media due...