International audienceThree-phase flow in porous media is modelled as a system of two nonlinear partial differential equations where the nonlinearities depend on the relative permeability functions. We show how the three relative permeabilities can be estimated as functions of two variables from data obtained in laboratory experiments
Immiscible three-phase flow in a rigid porous medium is upscaled from the pore to the continuum (Dar...
Relative permeability is a significant transport property which describes the simultaneous flow of ...
New equations for the two phase flow of water and steam are presented. The new equations coincide wi...
International audienceThree-phase flow in porous media is modelled as a system of two nonlinear part...
International audienceThree-phase flow in porous media is modelled as a system of two nonlinear part...
International audienceThree-phase flow in porous media is modelled as a system of two nonlinear part...
Electrical Engineering, Mathematics and Computer ScienceDelft Institute of Applied Mathematic
A parametric model is developed to describe relative permeability‐saturation‐fluid pressure function...
The predictions of two recent and two classical mathematical models are compared with experimentally...
Relative permeability measurements are commonly fitted with the Corey and Brooks-Corey correlations....
International audienceThree-phase flow in a porous medium is usually described by the Stone model (1...
Immiscible three-phase flow in a rigid porous medium is upscaled from the pore to the continuum (Dar...
Immiscible three-phase flow in a rigid porous medium is upscaled from the pore to the continuum (Dar...
Immiscible three-phase flow in a rigid porous medium is upscaled from the pore to the continuum (Dar...
Immiscible three-phase flow in a rigid porous medium is upscaled from the pore to the continuum (Dar...
Immiscible three-phase flow in a rigid porous medium is upscaled from the pore to the continuum (Dar...
Relative permeability is a significant transport property which describes the simultaneous flow of ...
New equations for the two phase flow of water and steam are presented. The new equations coincide wi...
International audienceThree-phase flow in porous media is modelled as a system of two nonlinear part...
International audienceThree-phase flow in porous media is modelled as a system of two nonlinear part...
International audienceThree-phase flow in porous media is modelled as a system of two nonlinear part...
Electrical Engineering, Mathematics and Computer ScienceDelft Institute of Applied Mathematic
A parametric model is developed to describe relative permeability‐saturation‐fluid pressure function...
The predictions of two recent and two classical mathematical models are compared with experimentally...
Relative permeability measurements are commonly fitted with the Corey and Brooks-Corey correlations....
International audienceThree-phase flow in a porous medium is usually described by the Stone model (1...
Immiscible three-phase flow in a rigid porous medium is upscaled from the pore to the continuum (Dar...
Immiscible three-phase flow in a rigid porous medium is upscaled from the pore to the continuum (Dar...
Immiscible three-phase flow in a rigid porous medium is upscaled from the pore to the continuum (Dar...
Immiscible three-phase flow in a rigid porous medium is upscaled from the pore to the continuum (Dar...
Immiscible three-phase flow in a rigid porous medium is upscaled from the pore to the continuum (Dar...
Relative permeability is a significant transport property which describes the simultaneous flow of ...
New equations for the two phase flow of water and steam are presented. The new equations coincide wi...
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