Numerical simulation in science and engineering : proceedings of the FORTWIHR Symposium on High Performance Scientific Computing, München, June 17-18, 1993
著者
書誌事項
Numerical simulation in science and engineering : proceedings of the FORTWIHR Symposium on High Performance Scientific Computing, München, June 17-18, 1993
（Notes on numerical fluid mechanics, v. 48）
Vieweg, c1994
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注記
Includes bibliographical references
内容説明・目次
内容説明
This volume contains 14 papers, presented at the Symposium on High Performance Scientific Computing organized by FORTWIHR, the Bavarian consortium for HPSC, and held on June 17-18, 1993 in Munich, Germany. The numerical simulation, for example, the mathematical calculation of technical processes in advance, has gained immensely in significance for numerous key areas of the economy. It is now possible to understand and master entire technical processes before going into production by means of numerical simulation on the computer. The papers of this volume give a survey on recent research efforts and industrial applications of numerical simulation in the areas of fluid mechanics, dynamic systems in aerospace, melting processes and crystal growth, and semin-conductor and electric circuit technology.
目次
On the Necessity of Supporting Research.- Parallel Computer Architectures for Numerical Simulation.- Design Optimization of High Performance Satellites.- Numerical Simulations of Dynamical Ginzburg-Landau Vortices in Superconductivity.- High Performance Scientific Computing and its Application in Solving Engineering Problems.- Computational Fluid Dynamics with FIRE on Massive Parallel Computers.- Distributed Numerical Simulation on Workstation Networks.- European Developments in High Performance Computing - A Comparison with Developments in Other OECD Countries.- High-Performance Computing in Fluid Mechanics.- Process Simulation for the Semiconductor Industry.- Numerical Simulation of Crystal Growth Processes.- Quantum Monte Carlo Simulations and Weak-Coupling Approximations for the Three-Band Hubbard Model.- Dynamic Systems Visualization Applied to Flight Mechanics Problems.- Efficient Methods and Parallel Computing in Numerical Fluid Mechanics.
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