Metric tensors play a key role to control the generation of unstructured anisotropic meshes.
In practice, the most well established error analysis enables to calculate a metric tensor on …

A parallel meshing technique using a combination between a local remeshing technique
and repartitioning is presented. The meshing method is based on local mesh topology …

A general automatic optimization procedure coupled to a finite element induction heating
process simulation has been developed. The mathematical model and the numerical …

The need of meshing informing processes motivated the development of the meshing
method which is described in this paper. A new definition for a mesh is introduced using …

The objective of this paper is to show that anisotropic meshes with highly stretched elements
can be used to compute high Reynolds number flows. In particular, it will be shown that …

The adaptive finite element method (FEM) was developed in the early 1980s. The basic
concept of adaptivity developed in the FEM is that, when a physical problem is analyzed …

The construction of solution‐adapted meshes is addressed within an optimization
framework. An approximation of the second spatial derivative of the solution is used to get a …

We propose a new optimization strategy for unstructured meshes that, when coupled with
existing automatic generators, produces meshes of high quality for arbitrary domains in 3‐D …

This paper presents a fully automatic 3D adaptive remeshing procedure and its application
to non-steady metal forming simulation. Remeshing, here, is considered as the improvement …

Mesh adaptation has proven to be very efficient for simulating transient multiphase
computational fluid dynamics applications. In this work, we present a new parallel …