A parallel, adaptive overlay grid procedure is proposed for use in generating all-hex meshes
for stochastic (SVE) and representative (RVE) volume elements in computational materials …

Tetrahedral meshes are being extensively used in finite element methods (FEMs). This
paper proposes an algorithm to generate feature-sensitive and high-quality tetrahedral …

Polycube mapping can provide regular and global parametric representations for general
solid models. Automatically constructing effective polycube domains, however, is …

This paper briefly reviews early efforts to automatically create finite element meshes from
solid models. Although parametrically defined blocks of finite elements initially dominated …

Grid-based methods for generating all-hex meshes show tremendous promise in automating
and speeding up turnaround for computational simulations for solid mechanics. Recognizing …

Image-based meshing is opening up exciting new possibilities for the application of
computational continuum mechanics methods (finite-element and computational fluid …

Voxel meshing is an effective method to discretise the internal architectures of multi-phase
materials. Spurious stresses are however introduced in the vicinity of a multi-material …

This paper describes an algorithm to extract adaptive and quality quadrilateral/hexahedral
meshes directly from volumetric data. First, a bottom-up surface topology preserving octree …

I present a tetrahedral mesh improvement method that creates meshes whose worst
tetrahedra have a level of quality substantially better than those produced by any previous …

A methodology is presented for the generation and meshing of large-scale three-
dimensional random polycrystals. Voronoi tessellations are used and are shown to include …