AbstractIn this work a particle sets of contours method is coupled with a streamline technique in order to obtain accurate approximations of transport problems. A modified streamline technique is proposed and several bench tests arising in the field of porous media are then simulated to validate the new method
A new numerical technique for solving convective diffusive equations is developed. Convective diffus...
Parabolic advection-diffusion equations arise when modelling flow in porous media. We will in this t...
Abstract. A new approximation scheme is presented for the mathematical model of convection-diusion a...
In this work a particle sets of contours method is coupled with a streamline technique in order to o...
AbstractIn this work a particle sets of contours method is coupled with a streamline technique in or...
International audienceIn this work a particle level-set method is coupled to a streamline technique ...
International audienceIn this work a particle sets of contours method is coupled to a streamline tec...
The paper is devoted to the further development of the particle transport method for the convection ...
Combining finite element together with particle methods provide one of the best compromise for solvi...
International audienceWe study the convergence of a streamline method for an hyperbolic problem. Our...
A method is presented to construct two-dimensional flownets for the numerical simulation of transpor...
AbstractSeveral computationally simple modifications of the streamline diffusion finite element meth...
This thesis presents numerical techniques for solving problems of incompressible flow coupled to sca...
Tracer test results can be analyzed to characterize flow through permeable media. Usually this is ca...
Reactive transport modeling has become an important tool to study and understand the transport and f...
A new numerical technique for solving convective diffusive equations is developed. Convective diffus...
Parabolic advection-diffusion equations arise when modelling flow in porous media. We will in this t...
Abstract. A new approximation scheme is presented for the mathematical model of convection-diusion a...
In this work a particle sets of contours method is coupled with a streamline technique in order to o...
AbstractIn this work a particle sets of contours method is coupled with a streamline technique in or...
International audienceIn this work a particle level-set method is coupled to a streamline technique ...
International audienceIn this work a particle sets of contours method is coupled to a streamline tec...
The paper is devoted to the further development of the particle transport method for the convection ...
Combining finite element together with particle methods provide one of the best compromise for solvi...
International audienceWe study the convergence of a streamline method for an hyperbolic problem. Our...
A method is presented to construct two-dimensional flownets for the numerical simulation of transpor...
AbstractSeveral computationally simple modifications of the streamline diffusion finite element meth...
This thesis presents numerical techniques for solving problems of incompressible flow coupled to sca...
Tracer test results can be analyzed to characterize flow through permeable media. Usually this is ca...
Reactive transport modeling has become an important tool to study and understand the transport and f...
A new numerical technique for solving convective diffusive equations is developed. Convective diffus...
Parabolic advection-diffusion equations arise when modelling flow in porous media. We will in this t...
Abstract. A new approximation scheme is presented for the mathematical model of convection-diusion a...
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