Main navigation | Main content

HOME » PROGRAMS/ACTIVITIES » Hot Topics and Special

PROGRAMS/ACTIVITIES

Annual Thematic Program »Postdoctoral Fellowships »Hot Topics and Special »Public Lectures »New Directions »PI Programs »Industrial Programs »Seminars »Be an Organizer »Annual »Hot Topics »PI Summer »PI Conference »Applying to Participate »

IMA Special Workshop

Structure-Preserving Discretizations of Partial Differential Equations

Structure-Preserving Discretizations of Partial Differential Equations

October 22-24, 2014

Program Application Abstracts and Talk Materials

Louisiana State University | |

Rutgers, The State University Of New Jersey | |

University of Oslo |

This workshop will join researchers at the forefront of developing new numerical approximation schemes and fast solution methods for the resulting discrete equations, based on the approach of structure-preserving discretizations, with the goals of fostering communication and laying out promising future directions for research. Occuring 10 years after a successful "Hot Topics" workshop at the IMA on a related topic and building on related conferences held later at the Centre of Mathematics for Applications at the University of Oslo, this workshop will focus on further research progress that has occurred since those meetings.

Progress in structure-preserving discretizations has included the development of finite element exterior calculus and its applications (e.g., to the equations of linear elasticity, the stationary Stokes equations, the Hodge Laplacian, problems on hypersurfaces, and a posteriori error estimation). Advances have also occurred in the development of other approaches to numerical discretization that also preserve some of the properties of a PDE, (e.g.,the discrete exterior calculus and mimetic finite difference schemes). Tools from topology and geometry, such as de Rham cohomology and Hodge theory, play an important role in understanding the well-posedness of the continuous problem, and it is natural that their discrete versions should aid in the development of stable numerical discretization schemes.

Part of the purpose of this workshop is to communicate how these and other tools from what has been traditionally considered pure mathematics can play an important role in numerical analysis. This workshop will also be an occasion to celebrate the 60th birthday of Douglas N. Arnold, whose work has made profound contributions to the field of numerical analysis of PDEs.

A meeting of the Finite Element Circus, devoted to the theory and applications of the finite element method and related areas of numerical analysis and PDEs, will immediately follow the IMA Special Workshop, taking place on October 24-25, 2014, at the same location.