In this paper we present a hybrid finite element method (HFS-FEM) to model efficiently and accurately anisotropic materials with defects by developing special elements for elliptic hole/crack based on their associated Green's functions. The hybrid metho
In this paper we give the theoretical foundation for a dislocation and point-force-based approach to...
Abstract. In this study, a special quadratic boundary element for a two-dimensional anisotropic elas...
Special hole elements are presented for analyzing the stress behavior of an isotropic elastic solid ...
The present paper develops a new type of hybrid finite element model with regular and special fundam...
In this paper, a new type of hybrid fundamental solution-based finite element method (HFS-FEM) is de...
A hybrid finite element method (FEM) is developed for determining stress intensity factor of opening...
In this paper, the extended finite element method (X-FEM) is implemented to analyze fracture mechani...
International audienceThe aim of this paper is to present the ability of an anisotropic adaptive mes...
In this paper we proposed a novel hybrid Trefffz-type finite element method to simulate mechanical b...
An overview on the development of hybrid fundamental solution based finite element method (HFS-FEM) ...
In this paper, a new type of hybrid finite element method (FEM), hybrid fundamental-solution-based F...
This paper presents a hybrid finite element model (FEM) with a new type of general solution as inter...
An overview on the development of hybrid fundamental solution based finite element method (HFS-FEM) ...
Standard assumed displacement finite elements with anisotropic material properties perform poorly in...
Much work on special elements that simplify geometrical modelling of structures containing holes, cr...
In this paper we give the theoretical foundation for a dislocation and point-force-based approach to...
Abstract. In this study, a special quadratic boundary element for a two-dimensional anisotropic elas...
Special hole elements are presented for analyzing the stress behavior of an isotropic elastic solid ...
The present paper develops a new type of hybrid finite element model with regular and special fundam...
In this paper, a new type of hybrid fundamental solution-based finite element method (HFS-FEM) is de...
A hybrid finite element method (FEM) is developed for determining stress intensity factor of opening...
In this paper, the extended finite element method (X-FEM) is implemented to analyze fracture mechani...
International audienceThe aim of this paper is to present the ability of an anisotropic adaptive mes...
In this paper we proposed a novel hybrid Trefffz-type finite element method to simulate mechanical b...
An overview on the development of hybrid fundamental solution based finite element method (HFS-FEM) ...
In this paper, a new type of hybrid finite element method (FEM), hybrid fundamental-solution-based F...
This paper presents a hybrid finite element model (FEM) with a new type of general solution as inter...
An overview on the development of hybrid fundamental solution based finite element method (HFS-FEM) ...
Standard assumed displacement finite elements with anisotropic material properties perform poorly in...
Much work on special elements that simplify geometrical modelling of structures containing holes, cr...
In this paper we give the theoretical foundation for a dislocation and point-force-based approach to...
Abstract. In this study, a special quadratic boundary element for a two-dimensional anisotropic elas...
Special hole elements are presented for analyzing the stress behavior of an isotropic elastic solid ...
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