CFD problems such as numerical weather modeling, simulation of flows around aircraft and vehicles, and oil reservoir simulations are among the major clients of High Performance Computing Technology. These problems consume the bulk of available supercomputer cycles worldwide. The arrival of distributed-memory massively parallel processors (MPPs) had promised a dramatic increase in processing speed and computer memory available for the applications. Many researchers have demonstrated that their CFD applications can be ported to MPPs with a significant speed-up. Despite these facts, parallel computing has not yet gained a widespread acceptance in the scientific and engineering communities. One of the reasons for that is the lack of software to support the CFD applications. Nowdays, more attention is being paid to portability and reusability of parallel software, and the vendors have to conform with such standards as the PVM, MPI, or HPF, and provide their efficient implementation. In order to make the massively parallel computing practical for the industrial applications, it is necessary to develop scientific libraries to facilitate development of parallel CFD applications. Distributed-memory parallel architectures often require substantial algorithmic changes and have stimulated development of new approaches. The goal of the proposed workshop is to bring together the developers of the algorithms and software for the MPPs and the users applying the MPP technology for the CFD problems in order to facilitate the practical use of this technology.
Tuesday March 25, 1997 |
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(continued) |
9:00 am |
3D Vortex Simulations; Parallel Implementations
and Complex Flow Results A. Ghoniem, A. Gharakhani and J.C. Saghbini |
9:50 am |
Three-Dimensional Models of Convection in the Earth's Mantle Using
Massively-Parallel Supercomputers
P. Tackley |
10:30 am | Break |
10:50 am |
Parallel Galerkin Least-Squares Solution of Mold-Filling Problem
J.-F. Hétu, M. Audet, R. Bramley and F. Ilinca |
11:20 am |
Effective Parallelization Techniques for Multiphase Flow Calculations
A. A. Prikhodko, A. V. Zinchenko, P. I. Kudinov |
12:00 pm | Lunch |
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Open Session Chair: Andrei Malevsky |
1:45 pm | Round table discussion |
3:00 pm | End of workshop |
PASCFD
Telephone: (514) 369 5200
FAX: (514) 369 3880
E-mail:
PASCFD@CERCA.UMontreal.CA
We suggest the hotel Château Versailles. A number of rooms have been reserved for the workshop participants.
For reservations call:
versaill@montrealnet.ca