Chapter 6

A Geometric Toolbox for Tetrahedral Finite Element Partitions

Jan Brandts, Sergey Korotov and Michal Krizek


<p>In this work we present a survey of some geometric results on tetrahedral partitions and their refinements in a unified manner. They can be used for mesh generation and adaptivity in practical calculations by the finite element method (FEM), and also in theoretical finite element (FE) analysis. Special emphasis is laid on the correspondence between relevant results and terminology used in FE computations, and those established in the area of discrete and computational geometry (DCG).</p>

Total Pages: 103-122 (20)

Purchase Chapter  Book Details


.The Generalized Relative Gol’dberg Order and Type: Some Remarks on Functions of Complex Variables.
.Subharmonic Functions, Generalizations, Holomorphic Functions, Meromorphic Functions, and Properties.
.Predictive Analytics Using Statistics and Big Data: Concepts and Modeling.
.Differential and Integral Calculus - Theory and Cases.