We present a virtual element method (VEM)-based topology optimization framework using
polyhedral elements, which allows for convenient handling of non-Cartesian design …

Polyhedral meshes are increasingly becoming an attractive option with particular
advantages over traditional meshes for certain applications. What has been missing is a …

Mesh generation lies at the interface of geological modeling and reservoir simulation. Highly
skewed or very small grid cells may be necessary to accurately capture the geometry of …

In this article, we propose a three‐dimensional meshing algorithm for discrete models
combining the lattice approach with the polyhedral particle approach. Our aim is to be able …

Over the last two decades, the computational mechanics community has witnessed a
growing interest in the development of discretization of boundary value problems (BVPs) on …

The disposal of heat generating nuclear waste is a worldwide concern. Salt formations have
been investigated as candidate disposal host rocks for heat-generating nuclear waste for …

Over the past decade, polyhedral meshing has been gaining popularity as a better
alternative to tetrahedral meshing in certain applications. Within the class of polyhedral …

We show that reconstructing a curve in $\mathbb {R}^ d $ for $ d\geq 2$ from a $0.66 $-
sample is always possible using an algorithm similar to the classical NN-Crust algorithm …

Automated Meshing for Simulations of Subsurface Contaminants Page 1 Sandia National
Laboratories is a multimission laboratory managed and operated by National Technology & …

Over the past decade, polyhedral meshing has been gaining popularity as a better
alternative to tetrahedral meshing in certain applications. Within the class of polyhedral …