A brief survey of some of the fundamental algorithms in unstructured mesh generation is
presented. Included is a discussion and categorization of triangle, tetrahedral, quadrilateral …

The finite element method is being used today to model component assemblies in a wide
variety of application areas, including structural mechanics, fluid simulations, and others …

Flow simulation is a computational tool for exploring science and technology involving flow
applications. It can provide cost-effective alternatives or complements to laboratory …

The remodeling that occurs after a posterolateral myocardial infarction can alter mitral valve
function by creating conformational abnormalities in the mitral annulus and in the …

We discuss in this article the application of controllability techniques to the computation of
the time-periodic solutions of evolution equations. The basic principles of the computational …

This paper presents a procedure for e cient generation of three-dimensional unstructured
meshes of tetrahedral elements. Initially, a constrained Delaunay mesh is generated …

This paper presents a novel octree-based dual contouring (DC) algorithm for adaptive
triangular or tetrahedral mesh generation with guaranteed angle range. First, an adaptive …

Data sets resulting from physical simulations typically contain a multitude of physical
variables. It is, therefore, desirable that visualization methods take into account the entire …

New automatic methods and algorithms are presented for the generation of unstructured
meshes comprised primarily of non-simplicial (non-triangular or non-tetphedral) elements …

We present a robust unstructured tetrahedral mesh generation technology. This technology
is a combination of boundary discretization methods, an advancing front technique and a …