AbstractIn this work a simple mathematical model for diffusion and dissolution in reactive porous medium is presented. The case of lime and lead in solid phase enclosed in cement matrices is considered more specifically. A numerical method based on finite difference and on a marching technique is proposed and some numerical results are provided. In a simple case, the results obtained are compared with numerical results available in literature
International audienceIn this paper, a local non-equilibrium diffuse interface model is introduced f...
A model for transport of solutes in a porous medium participating in a dissolution–precipitation rea...
We present an experimental and modeling study of solute transport in porous media in the presence of...
AbstractIn this work a simple mathematical model for diffusion and dissolution in reactive porous me...
AbstractIn this article a mathematical model is proposed for dissolution/precipitation with diffusio...
Abstract. Modeling the kinetics of a precipitation dissolution reaction occurring in a porous medium...
Pore-scale models represent an appealing approach for obtaining a more accurate and mechanistic desc...
[1] We apply the lattice-Boltzmann method to simulate fluid flow and dissolution and precipitation i...
International audienceReactive transport is a critical issue in building materials because it is clo...
A model for transport of solutes in a porous medium participating in a dissolution/precipitation rea...
The numerical modeling of reactive transport in a porous medium has important applications in hydrol...
International audienceWe consider a porous periodic medium saturated by a fluid that contains a diss...
In this paper, a multispecies approach for the reactive transport modelling in cementitious material...
The porosity of porous media is a key factor affecting cement slurry diffusion. In this paper, a the...
Calcium leaching is one of the important degradation mechanisms causing dissolution of the crystalli...
International audienceIn this paper, a local non-equilibrium diffuse interface model is introduced f...
A model for transport of solutes in a porous medium participating in a dissolution–precipitation rea...
We present an experimental and modeling study of solute transport in porous media in the presence of...
AbstractIn this work a simple mathematical model for diffusion and dissolution in reactive porous me...
AbstractIn this article a mathematical model is proposed for dissolution/precipitation with diffusio...
Abstract. Modeling the kinetics of a precipitation dissolution reaction occurring in a porous medium...
Pore-scale models represent an appealing approach for obtaining a more accurate and mechanistic desc...
[1] We apply the lattice-Boltzmann method to simulate fluid flow and dissolution and precipitation i...
International audienceReactive transport is a critical issue in building materials because it is clo...
A model for transport of solutes in a porous medium participating in a dissolution/precipitation rea...
The numerical modeling of reactive transport in a porous medium has important applications in hydrol...
International audienceWe consider a porous periodic medium saturated by a fluid that contains a diss...
In this paper, a multispecies approach for the reactive transport modelling in cementitious material...
The porosity of porous media is a key factor affecting cement slurry diffusion. In this paper, a the...
Calcium leaching is one of the important degradation mechanisms causing dissolution of the crystalli...
International audienceIn this paper, a local non-equilibrium diffuse interface model is introduced f...
A model for transport of solutes in a porous medium participating in a dissolution–precipitation rea...
We present an experimental and modeling study of solute transport in porous media in the presence of...