Domain decomposition methods on nonmatching grids have attracted a lot of attention during the last couple of years. Originating from discretizations by spectral elements, they have been considered for a wide variety of finite element discretizations and for applications in computational electromagnetics, fluid dynamics, and mechanics. The aim of this minisymposium is to report on recent advances in this area.
Organizer: Ronald H.W. Hoppe
<rohop@math.uh.edu>
Barbara Wohlmuth
Univ. Stuttgart
Yuri Kuznetsov
Univ. of Houston
The minisymposium is held in 2 sessions.
Monday, July 21 16:00 - 18:05 Lecture Room
- A Cascadic Multigrid Algorithm for Mortar Elements
(TM153)
Dietrich Braess
(Germany)
- Coupling Scalar and Vector Potentials on Nonmatching Grids for Eddy Currents in Moving Conductor
(TM110)
Yvon Maday
(France)
; Bernd Flemisch; Francesca Rapetti; Barbara I. Wohlmuth
- Multigrid Analysis for Saddle Point Problems Arising from Mortar Discretizations
(TM008)
Christian Wieners
(Germany)
; Barbara I. Wohlmuth
- Second Order Lagrange Multiplier Spaces for Mortar Finite Element Discretizations
(TM016)
Download article as pdf-file, 0.8 MB
Bishnu Prasad Lamichhane
(Germany)
; Barbara I. Wohlmuth
- A Mortar Element Method for a Plate Bending Problem
(TM096)
Xuejun Xu
(China)
; Zhong-Ci Shi
Thursday, July 24 16:00 - 18:05 Lecture Room
- Nitsche-Type Mortaring for Elliptic Problems with Singularities and Boundary Layers
(TM108)
Bernd Heinrich
(Germany)
- Mixed Finite Element Methods for Diffusion Equations on Nonmatching Grids
(TM145)
Download article as pdf-file, 0.1 MB
Yuri Kuznetsov
(United States)
- Additive Schwarz Method for the Mortar Crouzeix-Raviart Element
(TM142)
Download article as pdf-file, 0.1 MB
Talal Rahman
(Germany)
; Ronald H.W. Hoppe; Xuejun Xu
- Multilevel Additive Schwarz Preconditioner for Nonconforming Mortar Finite Element Methods
(TM090)
Andreas Gantner
(Germany)
; Max Dryja ; Olof B. Widlund ; Barbara I. Wohlmuth
- Non-Conforming Finite Element Methods for Nonmatching Grids Tuned to Parallel Implementation
(TM070)
Download article as pdf-file, 0.1 MB
Padmanabhan Seshaiyer
(United States)
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