Add to ORKGInternational audienceWe study the convergence of a streamline method for an hyperbolic problem. Our motivation for this method arises from the problem of simulating multiphase flows in porous media
In this study, we introduce the reduced basis methods (RBMs) to improve a convergence rate of the Pa...
Approximate Global Convergence and Adaptivity for Coefficient Inverse Problems is the first book in ...
ABSTRACT: W e presen t a generalized streamline m e t h o d to model flow in porous media, including...
Parabolic advection-diffusion equations arise when modelling flow in porous media. We will in this t...
International audienceIn this work a particle sets of contours method is coupled with a streamline t...
AbstractIn this work a particle sets of contours method is coupled with a streamline technique in or...
A new method to admit large Courant numbers in the numerical simulation of multiphase flow is presen...
Abstract: The paper discusses some typical issues appearing in numerical simulation of mul...
Abstract. A class of finite volume methods based on standard high resolution schemes, but which allo...
It has also become more and more evident that it is important to simulate the fluid on the computer ...
AbstractNumerical simulations of multiphase flow in porous media often face convergence difficulties...
The focus of this thesis is the theory of periodic homogenization of partial differential equations ...
We extend our previous analysis of streamline diffusion finite element methods for hyperbolic system...
Abstract: The work is devoted to the development of explicit-type computational algorithms...
Convergence acceleration techniques for the iterative solution of system of equations arising in the...
In this study, we introduce the reduced basis methods (RBMs) to improve a convergence rate of the Pa...
Approximate Global Convergence and Adaptivity for Coefficient Inverse Problems is the first book in ...
ABSTRACT: W e presen t a generalized streamline m e t h o d to model flow in porous media, including...
Parabolic advection-diffusion equations arise when modelling flow in porous media. We will in this t...
International audienceIn this work a particle sets of contours method is coupled with a streamline t...
AbstractIn this work a particle sets of contours method is coupled with a streamline technique in or...
A new method to admit large Courant numbers in the numerical simulation of multiphase flow is presen...
Abstract: The paper discusses some typical issues appearing in numerical simulation of mul...
Abstract. A class of finite volume methods based on standard high resolution schemes, but which allo...
It has also become more and more evident that it is important to simulate the fluid on the computer ...
AbstractNumerical simulations of multiphase flow in porous media often face convergence difficulties...
The focus of this thesis is the theory of periodic homogenization of partial differential equations ...
We extend our previous analysis of streamline diffusion finite element methods for hyperbolic system...
Abstract: The work is devoted to the development of explicit-type computational algorithms...
Convergence acceleration techniques for the iterative solution of system of equations arising in the...
In this study, we introduce the reduced basis methods (RBMs) to improve a convergence rate of the Pa...
Approximate Global Convergence and Adaptivity for Coefficient Inverse Problems is the first book in ...
ABSTRACT: W e presen t a generalized streamline m e t h o d to model flow in porous media, including...