Department of Numerical Mathematics Faculty of Mathematics and Physics Charles University

Finite element methods: theory, applications and implementation

  • ID: 2650, RIV: 10106494
  • ISSN: not specified, ISBN: 978-80-7372-728-4
  • keywords: finite element method; elliptic problems; convection-diffusion equations; incompressible fluid flow; evolution problems; discontinuous Galerkin method; error estimates; implementation
  • authors: Vít Dolejší, Petr Knobloch, Václav Kučera, Miloslav Vlasák
  • authors from KNM: Dolejší Vít, Knobloch Petr, Vlasák Miloslav, Kučera Václav


The aim of these lecture notes is to acquaint the reader with the numerical solution of partial differential equations with the use of modern techniques represented by the finite element and discontinuous Galerkin methods. Our aim is not to give a complete overview of the application of these methods to the solution of arbitrary differential equations. These lecture notes should serve as a basic study material on this subject, helping the readers to orient themselves within the finite element methods and to understand the essentials of more sophisticated approaches and techniques.