Titlebook: Numerical Simulation in Science and Engineering; Proceedings of the F Michael Griebel,Christoph Zenger Conference proceedings 1994 Springer

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Design Optimization of High Performance Satellites,sented for such a spacecraft. Not only a point-mass model is considered, but the full rigid body dynamics of a highly realistic model spacecraft is taken into account. The arising problems are formulated mathematically as boundary-value problems for complex systems of highly nonlinear differential e

Ruptured-Disk

High Performance Scientific Computing and its Application in Solving Engineering Problems, investigations and from actual applications. The discipline called High Performance Scientific Computing can provide support to engineering developments through results obtained by numerical simulations. This is most clearly perceptible in the field of numerical fluid mechanics where program develo

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CHANT

Distributed Numerical Simulation on Workstation Networks,numerical simulation of complicated processes in various fields of technical applications. It is demonstrated that the limited communication rate in comparison to dedicated parallel computers is not always a serious bottleneck in this area of applications. Moreover, there are also advantages of this

galley

,European Developments in High Performance Computing — A Comparison with Developments in Other OECD omic dimensions. It then briefly reviews development trends in the United States and Japan with a view to map the state of the art in Europe. Emphasis is placed on public, national and regional promotion programmes to develop and/or implement HPCC systems for scientific applications..The ideas prese

Canary

High-Performance Computing in Fluid Mechanics,antial increase of computational speed and storage capacity of high-performance computers and the remarkable development of discretization, solution, and visualization methods. This paper summarizes some of the major results obtained in the past few years at the Aerodynamisches Institut of the RWTH

Kinetic

Process Simulation for the Semiconductor Industry,ion, oxidation, and layer deposition is given. Some recent improvements obtained at Erlangen in the development of physical models are described. Problems occuring for two- and especially for three-dimensional simulations are outlined. Their relationships to high-performance computing are sketched,

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Numerical Simulation of Crystal Growth Processes,al and experimental results. It is shown in which cases the convective heat transport in the melt has to be considered in order to give realistic numerical results. Furthermore, examples were presented in which 2-dimensional simulations agree with experiments and cases where a 3-dimensional simulati

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