As mathematical modeling of uid ow be-comes more sophisticated, the need for discretiza-tion methods handling meshes with mixed types of elements is arisen. Practice experiences show that the most effec-tive discretization methods preserve and mimic the underlying properties of original continuum differential operators. Conservation laws, so-lution symmetries, and the fundamental identi-ties and theorems of vector and tensor calcu-lus are example of such properties. We devel-oped a new family of mimetic discretizations for diffusion-type equations (e.g. pressure equation in porous medium applications) on general polyg-onal meshes
Tetrahedral and structured hexahedral meshes have been used for decades in a majority of en-gineerin...
The need of the office of science programs to approximate the solutions of strongly nonlinear, coupl...
International audienceWe investigate the connections between several recent methods for the discreti...
Abstract. The Mimetic Discretization Method (often called Mimetic Finite Difference method in the li...
The mimetic finite difference (MFD) meth-ods mimic important properties of physical and mathematical...
The Mimetic Finite Difference (MFD) methods for PDEs mimic crucial properties of mathematical syste...
New mimetic finite difference discretizations of diffusion problems on unstructured polyhedral meshe...
This paper reviews and extends the theory and application of mimetic finite difference methods for t...
The stability and convergence properties of the mimetic finite difference method for diffusion-type ...
The authors construct reliable finite difference methods for approximating the solutions Maxwell`s e...
We study the mimetic finite difference discretization of diffusion-type problems on unstructured pol...
The numerical solution of partial differential equations with finite differences mimetic methods tha...
The numerical solution of partial differential equations with finite differences mimetic methods tha...
The numerical solution of partial differential equations with finite differences mimetic methods tha...
The main goal of this paper is to establish the convergence of mimetic discretizations of the first-...
Tetrahedral and structured hexahedral meshes have been used for decades in a majority of en-gineerin...
The need of the office of science programs to approximate the solutions of strongly nonlinear, coupl...
International audienceWe investigate the connections between several recent methods for the discreti...
Abstract. The Mimetic Discretization Method (often called Mimetic Finite Difference method in the li...
The mimetic finite difference (MFD) meth-ods mimic important properties of physical and mathematical...
The Mimetic Finite Difference (MFD) methods for PDEs mimic crucial properties of mathematical syste...
New mimetic finite difference discretizations of diffusion problems on unstructured polyhedral meshe...
This paper reviews and extends the theory and application of mimetic finite difference methods for t...
The stability and convergence properties of the mimetic finite difference method for diffusion-type ...
The authors construct reliable finite difference methods for approximating the solutions Maxwell`s e...
We study the mimetic finite difference discretization of diffusion-type problems on unstructured pol...
The numerical solution of partial differential equations with finite differences mimetic methods tha...
The numerical solution of partial differential equations with finite differences mimetic methods tha...
The numerical solution of partial differential equations with finite differences mimetic methods tha...
The main goal of this paper is to establish the convergence of mimetic discretizations of the first-...
Tetrahedral and structured hexahedral meshes have been used for decades in a majority of en-gineerin...
The need of the office of science programs to approximate the solutions of strongly nonlinear, coupl...
International audienceWe investigate the connections between several recent methods for the discreti...