International audienceIn this paper, we present an innovative adaptive meshing method developed in the injection simulation software Rem3D®. This method generates a full optimized mesh with a high accuracy for strong flow/heat/rheology coupling as well for complex interface evolutions, and with a reduced number of nodes. Results show good agreement with analytical solutions, as well as for full industrial process experiments
An adaptive remeshing algorithm has been developed for multiphase flow simulations using the moving-...
The efficient use of computational resources while maintaining a certain level of solution accuracy ...
The core competence of the Materials Technology group (MATE) is formed by the triangle of numericalm...
International audienceIn this paper, we present aspects and examples relating to Rem3D, a 3D finite ...
International audienceIn this paper, we present a 3D finite element approach to compute multifluid f...
International audienceThis paper presents a fully automatic 3D adaptive remeshing procedure and its ...
In injection moulding processes such as Resin Transfer Moulding (RTM) for example, numerical simulat...
A novel three-dimensional adaptive remeshing algorithm is presented and applied to finite-element si...
This paper presents an adaptive method that couples the finite element (FE) method and the meshfree ...
Simulation tools for liquid composite molding processes are a key to predict and solve manufacturing...
The study of polymer-based composites is a challenging multiscale problem, involving multiple time a...
In resin transfer molding (RTM), the plates employed often consist of reinforcements with a variable...
International audienceVoid type defects created during liquid composite molding processes have a maj...
In this paper, an adaptive remeshing method for the numerical analysis of a mold filling process is ...
In finite element analysis of the deformation of composites, the elements may become severely distor...
An adaptive remeshing algorithm has been developed for multiphase flow simulations using the moving-...
The efficient use of computational resources while maintaining a certain level of solution accuracy ...
The core competence of the Materials Technology group (MATE) is formed by the triangle of numericalm...
International audienceIn this paper, we present aspects and examples relating to Rem3D, a 3D finite ...
International audienceIn this paper, we present a 3D finite element approach to compute multifluid f...
International audienceThis paper presents a fully automatic 3D adaptive remeshing procedure and its ...
In injection moulding processes such as Resin Transfer Moulding (RTM) for example, numerical simulat...
A novel three-dimensional adaptive remeshing algorithm is presented and applied to finite-element si...
This paper presents an adaptive method that couples the finite element (FE) method and the meshfree ...
Simulation tools for liquid composite molding processes are a key to predict and solve manufacturing...
The study of polymer-based composites is a challenging multiscale problem, involving multiple time a...
In resin transfer molding (RTM), the plates employed often consist of reinforcements with a variable...
International audienceVoid type defects created during liquid composite molding processes have a maj...
In this paper, an adaptive remeshing method for the numerical analysis of a mold filling process is ...
In finite element analysis of the deformation of composites, the elements may become severely distor...
An adaptive remeshing algorithm has been developed for multiphase flow simulations using the moving-...
The efficient use of computational resources while maintaining a certain level of solution accuracy ...
The core competence of the Materials Technology group (MATE) is formed by the triangle of numericalm...