Many problems solved with the finite element method require more than one mesh (i.e. one specific mesh for each Physic or a remeshing is needed). The Data Transfer Method used, has a great importance in the capacity to solve the problem and in the reliability of the solution. In general, the data is composed of two kinds of fields (defined thanks to the nodal values or at the integration points). In this paper, the more used Data Transfer Method is compared with the Data Transfer Methods based on a Weak Form (using Mortar Element or Finite Volume).the STIRHETAL project (WINNOMAT program, convention number 0716690
This paper presents a general three-dimensional algorithm for data transfer between dissimilar meshe...
editorial reviewedFluid-Structure Interaction (FSI) aims to describe multiphysics problems where bot...
In this report, four different transfer methods are examined on their accuracy and con-sistency. Fur...
In many cases, the numerical computation of mechanical problem with Finite Element Method has to tra...
In nonlinear solid Mechanics, the Arbitrary Lagrangian Eulerian (ALE) formalism is a common way to a...
The resolution of many nonlinear solid mechanical problems with the Finite Elements Method requires ...
This paper deals with data transfer between two meshes as it happens in a finite element context whe...
yesIn the simulation of a chain of manufacturing processes, several finite element packages can be e...
En mécanique des milieux continus, la résolution d'un problème à l'aide de la méthode des éléments f...
<p>This dissertation addresses interface problems simulated with the finite element method (FEM) wit...
The finite difference method and finite element method for heat transfer calculations are compared b...
International audienceThis paper investigates several field transfer techniques that can be used to ...
This paper presents a general three-dimensional algorithm for data transfer between dissimilar meshe...
In continuum mechanics, when a problem is solved with the finite element method, fields are known at...
A data transfer method in dimensionality reduction space is proposed for the fluil-structure-interac...
This paper presents a general three-dimensional algorithm for data transfer between dissimilar meshe...
editorial reviewedFluid-Structure Interaction (FSI) aims to describe multiphysics problems where bot...
In this report, four different transfer methods are examined on their accuracy and con-sistency. Fur...
In many cases, the numerical computation of mechanical problem with Finite Element Method has to tra...
In nonlinear solid Mechanics, the Arbitrary Lagrangian Eulerian (ALE) formalism is a common way to a...
The resolution of many nonlinear solid mechanical problems with the Finite Elements Method requires ...
This paper deals with data transfer between two meshes as it happens in a finite element context whe...
yesIn the simulation of a chain of manufacturing processes, several finite element packages can be e...
En mécanique des milieux continus, la résolution d'un problème à l'aide de la méthode des éléments f...
<p>This dissertation addresses interface problems simulated with the finite element method (FEM) wit...
The finite difference method and finite element method for heat transfer calculations are compared b...
International audienceThis paper investigates several field transfer techniques that can be used to ...
This paper presents a general three-dimensional algorithm for data transfer between dissimilar meshe...
In continuum mechanics, when a problem is solved with the finite element method, fields are known at...
A data transfer method in dimensionality reduction space is proposed for the fluil-structure-interac...
This paper presents a general three-dimensional algorithm for data transfer between dissimilar meshe...
editorial reviewedFluid-Structure Interaction (FSI) aims to describe multiphysics problems where bot...
In this report, four different transfer methods are examined on their accuracy and con-sistency. Fur...