ICNAAM10 is history by now. We had a week of interesting talks and
fruitful discussions on the beautiful island of Rhodes.
Thanks to all the partitipants contributing to this Minisymposium.
May be we meet again at ICNAAM11.
on
High Performance Computational Methods for
Partial Differential Equations
Organized by
Jörg Wensch and
Peter Gottschling (TU Dresden)
Nowadays science and engineering rely on the simulation of processes
involving continuous scales in
time and space. These processes are usually modelled by
partial differential equations. Typical application are
geophysical fluid dynamics, climate modelling, bio-medical systems or
engineering applications from structural mechanics.
The numerical solution of these systems in complex geometries
on fine grids requires the power of supercomputers.
This Minisymposium adresses at techniques both
from numerical analysis and high performance computing developed
for these scenarios. Possible topics include:
- High-order accuracy discretization
- Discrete conservation
- Long term accuracy
- Design of parallel algorithms
- Parallel computational efficiency
- Generic programming for numerical applications
For short, we are interested in algorithms, programming paradigms, and numerical software that empowers
the practicing scientist to solve large-scale simulation problems.
Partitipants by now:
Nadejda Kirchner, EMI Freiberg, with Peter Gottschling and Rene Heinzl (Generic C++ implementation of high-performance simulations on deforming meshes).
Benjamin Kehlet, Simula Research Lab, Oslo (Long-time computability of the Lorenz system)
Matthias Lieber, TU Dresden (FD4: A Framework of Highly Scalable Load Balancing of Multiphase Models).
Anders Logg, University of Oslo/Simula (FEniCS: Automated Scientific Computing).
Georg Mach, TU Wien (Mesh Generation and Flow Simulation obtained by In-Situ Imaging)
Philipp Schwaha, Shenteq (A Dispatch System for Metric Algorithms
in Arbitray Dimensions for Scientific Computing)
Franz Stimpfl, TU Wien (A Unified Topology Layer for Finite Element Space Discretization)
Nick Vannieuwenhove and Karl Meerbergen, K.U. Leuven (An element-by-element multi-level block ILU preconditioner using GLAS)
Josef Weinbub, TU Wien (A Dispatched Covariant Type System for
Numerical Applications in C++)
Garth Wells, University of Cambridge ()
Jörg Wensch, TU Dresden (A parallel particle method for
fluid flow)
Guiseppe Zagari and Antonio Bilotta, University of Calabria (A generic implementation of Hu-Washizu finite elements for the
analysis of elasticity problems)
We welcome participants from computational sciences
as well as everyone interested in the subject. Contact
joerg.wensch@tu-dresden.de .
An extended abstract has to be submitted until 1th July 2010. Do not forget to register to the conference and to book a room at the conference hotel. We are looking forward to see You at ICNAAM 2010.