We model the transport of fluid through porous media in terms of fractional diffusion equation (FDE) for the pressure ( ,)p x t. Potential application could be to shale gas recovery in tight porous media. Specifically, we pose the time FDE in a finite domain of length L, 0 ( ,), 0, 0tD p Ap f x t x L t α = + ≤ ≤>, where A is a linear differential operator given by A a x x, where a κ µ = , κ is the permeability and µ is the viscosity, ( ,)f x t is a source term. 0 tD
The paper provides an introduction to fundamental concepts of mathematical modeling of mass transpor...
The paper provides an introduction to fundamental concepts of mathematical modeling of mass transpor...
The paper provides an introduction to fundamental concepts of mathematical modeling of mass transpor...
We model the transport of fluid through porous media in terms of fractional diffusion equation (FDE)...
Utilizing the double-porosity approach it is assumed that porous medium is constituted by two groups...
Utilizing the double-porosity approach it is assumed that porous medium is constituted by two groups...
Solute transport in the fractured porous confined aquifer is modeled by the advection-dispersion equ...
Solute transport in the fractured porous confined aquifer is modeled by the advection-dispersion equ...
Solute transport in the fractured porous confined aquifer is modeled by the advection-dispersion equ...
Utilizing the double-porosity approach it is assumed that porous medium is constituted by two groups...
Solute transport in the fractured porous confined aquifer is modeled by the advection-dispersion equ...
The paper provides an introduction to fundamental concepts of mathematical modeling of mass transpor...
The paper provides an introduction to fundamental concepts of mathematical modeling of mass transpor...
The paper provides an introduction to fundamental concepts of mathematical modeling of mass transpor...
The paper provides an introduction to fundamental concepts of mathematical modeling of mass transpor...
The paper provides an introduction to fundamental concepts of mathematical modeling of mass transpor...
The paper provides an introduction to fundamental concepts of mathematical modeling of mass transpor...
The paper provides an introduction to fundamental concepts of mathematical modeling of mass transpor...
We model the transport of fluid through porous media in terms of fractional diffusion equation (FDE)...
Utilizing the double-porosity approach it is assumed that porous medium is constituted by two groups...
Utilizing the double-porosity approach it is assumed that porous medium is constituted by two groups...
Solute transport in the fractured porous confined aquifer is modeled by the advection-dispersion equ...
Solute transport in the fractured porous confined aquifer is modeled by the advection-dispersion equ...
Solute transport in the fractured porous confined aquifer is modeled by the advection-dispersion equ...
Utilizing the double-porosity approach it is assumed that porous medium is constituted by two groups...
Solute transport in the fractured porous confined aquifer is modeled by the advection-dispersion equ...
The paper provides an introduction to fundamental concepts of mathematical modeling of mass transpor...
The paper provides an introduction to fundamental concepts of mathematical modeling of mass transpor...
The paper provides an introduction to fundamental concepts of mathematical modeling of mass transpor...
The paper provides an introduction to fundamental concepts of mathematical modeling of mass transpor...
The paper provides an introduction to fundamental concepts of mathematical modeling of mass transpor...
The paper provides an introduction to fundamental concepts of mathematical modeling of mass transpor...
The paper provides an introduction to fundamental concepts of mathematical modeling of mass transpor...