We are interested in the numerical approximation of non linear hyperbolic problems. The particular class of schemes we are interested in are the so--called Residual Distribution schemes. In their current form, they rely on the Lagrange interpolation of the point values of the approximated functions. This interpretation of the degrees of freedom as point values plays a fundamental role in the derivation of the schemes. The purpose of the present paper is to show that some non Lagrange elements can also do the job, and maybe better. This opens the door to isogeometric analysis in the framework of RDS schemes
We are concerned with the solution of time-dependent nonlinear hyperbolic partial differential equat...
In this work we describe the use of the Residual Distribution schemes for the discretization of the ...
In this paper we consider the solution of hyperbolic conservation laws on moving meshes by means of ...
soumiseInternational audienceWe are interested in the numerical approximation of non linear hyperbol...
Since a few years, the Residual Distribution (RD) methodology has become a more mature numerical tec...
The residual distribution (RD) schemes are an alternative to standard high order accurate finite vol...
distribution Abstract. We review some criteria allowing the systematic construction of arbitrary ord...
We review some criteria allowing the systematic construction of arbitrary order non-oscillatory resi...
We describe and review (non oscillatory) residual distribution schemes that are rather natural exten...
We propose an investigation of the residual distribution schemes for the numerical approximation of ...
International audienceThis article deals with the latest development in the construction of monotone...
We describe and review (non oscillatory) residual distribution schemes that are rather natural exten...
This article deals with the latest development in the construction of monotone high-order residual d...
We are concerned with the solution of time-dependent non-linear hyperbolic partial differential equa...
In this paper we construct spatially consistent second order explicit discretizations for time depen...
We are concerned with the solution of time-dependent nonlinear hyperbolic partial differential equat...
In this work we describe the use of the Residual Distribution schemes for the discretization of the ...
In this paper we consider the solution of hyperbolic conservation laws on moving meshes by means of ...
soumiseInternational audienceWe are interested in the numerical approximation of non linear hyperbol...
Since a few years, the Residual Distribution (RD) methodology has become a more mature numerical tec...
The residual distribution (RD) schemes are an alternative to standard high order accurate finite vol...
distribution Abstract. We review some criteria allowing the systematic construction of arbitrary ord...
We review some criteria allowing the systematic construction of arbitrary order non-oscillatory resi...
We describe and review (non oscillatory) residual distribution schemes that are rather natural exten...
We propose an investigation of the residual distribution schemes for the numerical approximation of ...
International audienceThis article deals with the latest development in the construction of monotone...
We describe and review (non oscillatory) residual distribution schemes that are rather natural exten...
This article deals with the latest development in the construction of monotone high-order residual d...
We are concerned with the solution of time-dependent non-linear hyperbolic partial differential equa...
In this paper we construct spatially consistent second order explicit discretizations for time depen...
We are concerned with the solution of time-dependent nonlinear hyperbolic partial differential equat...
In this work we describe the use of the Residual Distribution schemes for the discretization of the ...
In this paper we consider the solution of hyperbolic conservation laws on moving meshes by means of ...