Program: Tue, September 30

Parallel Sessions

MS 1: Adaptive Finite Element Methods
Chaired by Carsten Carstensen and Rob Stevenson (Bürglhaus > Bürglsaal)
10:30-11:00Dirk Praetorius
Rate optimality of adaptive algorithms: An axiomatic approach
11:00-11:30Lars Diening
Instance optimality of the maximum strategy
11:30-12:00Christian Kreuzer
Design and convergence analysis for an adaptive discretization of the heat equation
12:00-12:30Willy Doerfler
An adaptive space-time discontinuous Galerkin method for Maxwell's equations
SS 5: Advances in preconditioned iterative methods: theory, implementation and applications (B) Applications and High-Performance Computing
Chaired by Johannes Kraus, Maya Neytcheva and Panayot Vassilevski (Seehaus > Seehaus-Saal)
10:30-11:00Carmen Rodrigo
Poroelasticity: stable numerical discretization and multi-grid solution
11:00-11:30Pasqua D’Ambra
Performance and scalability analysis of an AMG with a prescribed convergence rate
11:30-12:00Neil Budko
Convergence of Krylov methods for Schroedinger equation with random potential
12:00-12:30
CS 5: Optimal Control and inverse problems
Chaired by Bernd Hofmann (Bürglhaus > Seminarraum I)
10:30-11:00Mohammed Alinejadmofrad
Many core parallelization for Optimal Control of the Schroedinger Equation
11:00-11:30Arno Kimeswenger
Exterior Neumann boundary control problems
11:30-12:00Max Winkler
Error estimates for Neumann Control Problems with Energy Regularization on Polygonal Domains
12:00-12:30Victor Kovtunenko
A Petrov–Galerkin enrichment based generalized FEM: forward and inverse problems for Helmholtz equation
CS 6: Numerical methods
Chaired by Thomas Apel (Bürglhaus > Seminarraum II)
10:30-11:00Piotr Matus
Exact difference schemes for linear and nonlinear partial differential equations
11:00-11:30Jose Iglesias
A level set method for the matching of implicit surfaces
11:30-12:00Natalia Churbanova
Mathematical Simulation of Multilane Traffic Flows Using Macro- and Microscopic Approaches
12:00-12:30
CS 7: Flow problems
Chaired by Robert Scheichl (Seehaus > Lehrsaal 2)
10:30-11:00Thomas Wick
Adaptive Finite Elements for Phase-Field to Solve Pressurized Fracture Propagation in Poroelasticity
11:00-11:30Diego Vasco Calle
Numerical simulation of heat transfer and fluid mechanics of a nanofluid in a two-dimensional hollow duct with control volume finite element method CVFEM
11:30-12:00Ni Guoxi
A Moving Mesh GRP Scheme for Reactive Flows
12:00-12:30Larisa Muravleva
Squeeze plane flow of viscoplactic Bingham material

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