Modeling the non-equilibrium transport of linearly interacting solutes in porous media The transport of linearly interacting solutes in porous media is investigated with the help of residence time distributions, transfert functions, methods of system dynamics, and time-moment analyses. The classical one-dimensional convection-dispersion equation is extended to two-region (mobile-immobile water) transport by including diffusional mass transfert limitations characteristic of aggregated porous media. The two region model is further revised by incorporating the effects of multiple retention sites (in parallel or in series), multiple porosity levels, and arbitrary but steady flow fields. It is shown that different physical situations can be rep...
The impact of heterogeneities on solute transport in the subsurface has been the focus of intensive ...
This Ph.D thesis presents the development of the solute transport models in unsaturated double-poros...
The paper presents a macroscopic continuum model of adsorption in porous materials consisting of thr...
Modeling the non-equilibrium transport of linearly interacting solutes in porous media The transpor...
The paper considers the solute transport in a heterogeneous porous medium consisting of well-permeab...
Summarization: Taylor-Aris dispersion theory, as generalized by Brenner, is employed to investigate...
La thèse concerne trois problématiques indépendantes : le transport dissipatif dans des milieux hété...
Summarization: A closed-form analytical small-perturbation (or first-order) solution to the one-dime...
The transport of reactive solutes in the subsurface is influenced by a variety of physical and chemi...
A two-dimensional model, which provides approximate description of time-dependent transport, is pres...
Theoretical investigations and numerical and laboratory experiments were conducted to evaluate the f...
The stochastic model of solute transport describes the motion of fluid elements in a porous medium a...
In this work, we study the transient behavior of homogenized models for solute transport in two-regi...
In this work, we study the transient behavior of upscaled models for solute transport in two-region ...
Abstract We used a time domain random walk approach to simulate passive solute transport in networks...
The impact of heterogeneities on solute transport in the subsurface has been the focus of intensive ...
This Ph.D thesis presents the development of the solute transport models in unsaturated double-poros...
The paper presents a macroscopic continuum model of adsorption in porous materials consisting of thr...
Modeling the non-equilibrium transport of linearly interacting solutes in porous media The transpor...
The paper considers the solute transport in a heterogeneous porous medium consisting of well-permeab...
Summarization: Taylor-Aris dispersion theory, as generalized by Brenner, is employed to investigate...
La thèse concerne trois problématiques indépendantes : le transport dissipatif dans des milieux hété...
Summarization: A closed-form analytical small-perturbation (or first-order) solution to the one-dime...
The transport of reactive solutes in the subsurface is influenced by a variety of physical and chemi...
A two-dimensional model, which provides approximate description of time-dependent transport, is pres...
Theoretical investigations and numerical and laboratory experiments were conducted to evaluate the f...
The stochastic model of solute transport describes the motion of fluid elements in a porous medium a...
In this work, we study the transient behavior of homogenized models for solute transport in two-regi...
In this work, we study the transient behavior of upscaled models for solute transport in two-region ...
Abstract We used a time domain random walk approach to simulate passive solute transport in networks...
The impact of heterogeneities on solute transport in the subsurface has been the focus of intensive ...
This Ph.D thesis presents the development of the solute transport models in unsaturated double-poros...
The paper presents a macroscopic continuum model of adsorption in porous materials consisting of thr...