Abstract: The Stokes problem in a tridimensional axisymmetric domain results into a countable family of two-dimensional problems when using the Fourier coefficients with respect to the angular variable. Relying on this dimension reduction, we propose and study a mortar spectral element discretization of the problem. Numerical experiments confirm the efficiency of this method
We present an application of the spectral-element method to model axisymmetric flows in rapidly rota...
International audienceWe present an application of the spectral-element method to model axisymmetric...
AbstractNew spectral element basis functions are constructed for problems possessing an axis of symm...
We describe the main characteristics of the mortar element method in the axisymmetric domains, by co...
We develop a framework for solving the stationary, incompressible Stokes equations in an axisymmetri...
We consider the Laplace equation posed in a three-dimensional axisymmetric domain. We redu...
We consider the Laplace equation posed in a three-dimensional axisymmetric domain. We redu...
In this article, we implement the mortar spectral element method for the Stokes problem on a domain...
We develop a framework for solving the stationary, incompressible Stokes equations in an axisymmetri...
We develop a framework for solving the stationary, incompressible Stokes equations in an axisymmetri...
We consider the Stokes problem in an axisymmetric three-dimensional domain with data which are axisy...
We consider the Stokes problem in an axisymmetric three-dimensional domain with data which are axisy...
Abstract. We analyze a new formulation of the Stokes equations in three-dimensional axisymmetric geo...
We consider the Stokes problem provided with non standard boundary conditions which involve the norm...
We are interested in the mortar spectral element discretization of the Stokes problem in a two‐dimen...
We present an application of the spectral-element method to model axisymmetric flows in rapidly rota...
International audienceWe present an application of the spectral-element method to model axisymmetric...
AbstractNew spectral element basis functions are constructed for problems possessing an axis of symm...
We describe the main characteristics of the mortar element method in the axisymmetric domains, by co...
We develop a framework for solving the stationary, incompressible Stokes equations in an axisymmetri...
We consider the Laplace equation posed in a three-dimensional axisymmetric domain. We redu...
We consider the Laplace equation posed in a three-dimensional axisymmetric domain. We redu...
In this article, we implement the mortar spectral element method for the Stokes problem on a domain...
We develop a framework for solving the stationary, incompressible Stokes equations in an axisymmetri...
We develop a framework for solving the stationary, incompressible Stokes equations in an axisymmetri...
We consider the Stokes problem in an axisymmetric three-dimensional domain with data which are axisy...
We consider the Stokes problem in an axisymmetric three-dimensional domain with data which are axisy...
Abstract. We analyze a new formulation of the Stokes equations in three-dimensional axisymmetric geo...
We consider the Stokes problem provided with non standard boundary conditions which involve the norm...
We are interested in the mortar spectral element discretization of the Stokes problem in a two‐dimen...
We present an application of the spectral-element method to model axisymmetric flows in rapidly rota...
International audienceWe present an application of the spectral-element method to model axisymmetric...
AbstractNew spectral element basis functions are constructed for problems possessing an axis of symm...