Add to ORKGInternational audienceThis paper provides a review of our developments on the use of Voronoi-type tessellations for the analysis of the deformation of polycrystalline structures. This work was initiated 20 years ago by a fruitful collaboration with Dominique Jeulin and is still guided by his works. We introduce different types of tessellations and explain how they can be used by presenting several micromechanics cases of study, from the most simple to the most complex configurations
Hybrid finite element formulations in combination with Voronoi-cell-based discretisation methods can...
In this paper, a novel anisotropic Voronoi algorithm is presented, along with its implementation and...
A three-dimensional grain boundary formulation is presented for the analysis of polycrystalline micr...
International audienceThis paper provides a review of our developments on the use of Voronoi-type te...
International audienceThis paper provides a review of our developments on the use of Voronoi-type te...
International audienceThis paper provides a review of our developments on the use of Voronoi-type te...
In this paper a new method for the generation and meshing of arbitrarily shaped three-dimensional po...
Voronoi tessellation techniques are widely accepted methods for the generation of representative mod...
This study comprehensively quantifies the effects of regularity on the geometrical properties of a r...
An integrated scheme is developed based on the controlled Poisson Voronoi tessellation (CPVT) model ...
The present method allows to describe the structure of non-crystalline and crystalline solids by con...
A 3D grain boundary formulation is presented for the analysis of polycrystalline microstructures. Th...
A 3D grain boundary formulation is presented for the analysis of polycrystalline microstructures. Th...
A three-dimensional grain boundary formulation is presented for the analysis of polycrystalline micr...
AbstractVoronoi tessellation has been employed to characterise material features in Finite Element M...
Hybrid finite element formulations in combination with Voronoi-cell-based discretisation methods can...
In this paper, a novel anisotropic Voronoi algorithm is presented, along with its implementation and...
A three-dimensional grain boundary formulation is presented for the analysis of polycrystalline micr...
International audienceThis paper provides a review of our developments on the use of Voronoi-type te...
International audienceThis paper provides a review of our developments on the use of Voronoi-type te...
International audienceThis paper provides a review of our developments on the use of Voronoi-type te...
In this paper a new method for the generation and meshing of arbitrarily shaped three-dimensional po...
Voronoi tessellation techniques are widely accepted methods for the generation of representative mod...
This study comprehensively quantifies the effects of regularity on the geometrical properties of a r...
An integrated scheme is developed based on the controlled Poisson Voronoi tessellation (CPVT) model ...
The present method allows to describe the structure of non-crystalline and crystalline solids by con...
A 3D grain boundary formulation is presented for the analysis of polycrystalline microstructures. Th...
A 3D grain boundary formulation is presented for the analysis of polycrystalline microstructures. Th...
A three-dimensional grain boundary formulation is presented for the analysis of polycrystalline micr...
AbstractVoronoi tessellation has been employed to characterise material features in Finite Element M...
Hybrid finite element formulations in combination with Voronoi-cell-based discretisation methods can...
In this paper, a novel anisotropic Voronoi algorithm is presented, along with its implementation and...
A three-dimensional grain boundary formulation is presented for the analysis of polycrystalline micr...