In this paper, recent contributions to the modelling of coated inclusions by means of an eXtended Finite Element Method are presented. The matrix particle interface is modelled as a finite thickness, imperfect interface. Two approaches are considered: a variational approach inspired to Suquet’s work on asymptotic analysis of thin layers, and an approach based on Eshelby’s equivalent eigenstrain approach. The former approach is asymptotically consistent with imperfect interfaces, while the latter approach holds for thin and thick coating layers, whose behavior can be assimilated to that of imperfect interfaces
The paper is concerned with the derivation of a general imperfect interface law in a linear multiphy...
International audienceModeling interfaces between solids is of great importance in the fields of mec...
Based on the 'average stress in the matrix' concept of Mori and Tanaka (:Mori, T., Tanaka, K., 1973....
We propose an eXtended Finite Element Method convergent to the asymptotic solution of a thin interfa...
Several engineering applications rely on particulate composite materials, and numerical modelling of...
In this paper, Extended Finite Element method (XFEM) is used to model the embedded coated inclusion ...
AbstractThis paper proposes a procedure to deal with n-layered inclusion based composites with imper...
International audienceThis paper proposes a procedure to deal with n-layered inclusion based composi...
International audienceThe spring-layer interface model is widely used in describing some imperfect i...
International audienceThe particulate composite under consideration consists of arbitrarily shaped m...
International audienceIn this paper a composite body is considered. This body is made of three solid...
International audienceThe present paper deals with a general asymptotic theory aimed at deriving som...
We investigate some mathematical and numerical methods based on asymptotic expansions for the modeli...
nti-on a soft imperfect interface. The plane also contains a small thin inclusion (for instance an e...
When analyzing bimaterial problems, often stress concentrations appear close to material interfaces ...
The paper is concerned with the derivation of a general imperfect interface law in a linear multiphy...
International audienceModeling interfaces between solids is of great importance in the fields of mec...
Based on the 'average stress in the matrix' concept of Mori and Tanaka (:Mori, T., Tanaka, K., 1973....
We propose an eXtended Finite Element Method convergent to the asymptotic solution of a thin interfa...
Several engineering applications rely on particulate composite materials, and numerical modelling of...
In this paper, Extended Finite Element method (XFEM) is used to model the embedded coated inclusion ...
AbstractThis paper proposes a procedure to deal with n-layered inclusion based composites with imper...
International audienceThis paper proposes a procedure to deal with n-layered inclusion based composi...
International audienceThe spring-layer interface model is widely used in describing some imperfect i...
International audienceThe particulate composite under consideration consists of arbitrarily shaped m...
International audienceIn this paper a composite body is considered. This body is made of three solid...
International audienceThe present paper deals with a general asymptotic theory aimed at deriving som...
We investigate some mathematical and numerical methods based on asymptotic expansions for the modeli...
nti-on a soft imperfect interface. The plane also contains a small thin inclusion (for instance an e...
When analyzing bimaterial problems, often stress concentrations appear close to material interfaces ...
The paper is concerned with the derivation of a general imperfect interface law in a linear multiphy...
International audienceModeling interfaces between solids is of great importance in the fields of mec...
Based on the 'average stress in the matrix' concept of Mori and Tanaka (:Mori, T., Tanaka, K., 1973....