Add to ORKGThis paper is focused on the first numerical tests for coupling between analytical solution and finite element method on the example of one problem of fracture mechanics. The calculations were done according to ideas proposed in [1]. The analytical solutions are constructed by using an orthogonal basis of holomorphic and anti-holomorphic functions. For coupling with finite element method the special elements are constructed by using the trigonometric interpolation theorem
Determining stress intensity factors is important in fracture mechanics. The extended finite element...
International audienceIn this paper we present a theoretical background of a coupled analytical-nume...
International audienceIn this paper we present a theoretical background of a coupled analytical-nume...
This paper is focused on the first numerical tests for coupling between analytical solution and fini...
This paper is focused on the first numerical tests for coupling between analytical solution and fini...
This paper is focused on the first numerical tests for coupling between analytical solution and fini...
In this paper we present error estimates for a continuous coupling of an analytical and a numerical ...
The contribution focuses on the development of a basic computational scheme that provides a suitable...
The contribution focuses on the development of a basic computational scheme that provides a suitable...
The contribution focuses on the development of a basic computational scheme that provides a suitable...
The contribution focuses on the development of a basic computational scheme that provides a suitable...
The purpose of this paper is to prove an interpolation theorem which arises in a method of coupling ...
This dissertation deals with the applications of finite element method for the analysis of interface...
AbstractThe finite element (FEM) and the boundary element methods (BEM) are well known powerful nume...
Abstract. The XFEM method in fracture mechanics is revisited. A first improvement is con-sidered usi...
Determining stress intensity factors is important in fracture mechanics. The extended finite element...
International audienceIn this paper we present a theoretical background of a coupled analytical-nume...
International audienceIn this paper we present a theoretical background of a coupled analytical-nume...
This paper is focused on the first numerical tests for coupling between analytical solution and fini...
This paper is focused on the first numerical tests for coupling between analytical solution and fini...
This paper is focused on the first numerical tests for coupling between analytical solution and fini...
In this paper we present error estimates for a continuous coupling of an analytical and a numerical ...
The contribution focuses on the development of a basic computational scheme that provides a suitable...
The contribution focuses on the development of a basic computational scheme that provides a suitable...
The contribution focuses on the development of a basic computational scheme that provides a suitable...
The contribution focuses on the development of a basic computational scheme that provides a suitable...
The purpose of this paper is to prove an interpolation theorem which arises in a method of coupling ...
This dissertation deals with the applications of finite element method for the analysis of interface...
AbstractThe finite element (FEM) and the boundary element methods (BEM) are well known powerful nume...
Abstract. The XFEM method in fracture mechanics is revisited. A first improvement is con-sidered usi...
Determining stress intensity factors is important in fracture mechanics. The extended finite element...
International audienceIn this paper we present a theoretical background of a coupled analytical-nume...
International audienceIn this paper we present a theoretical background of a coupled analytical-nume...