100 Volumes of ‘Notes on Numerical Fluid Mechanics’: 40 by Ernst Heinrich Hirschel, Egon Krause

By Ernst Heinrich Hirschel, Egon Krause

This quantity includes 37 invited contributions, gathered to rejoice 100 volumes of the NNFM sequence. After a basic advent overviews are given in 5 components of the advancements in numerical fluid mechanics and similar fields. within the first half information regarding the sequence is given, its origins are mentioned, in addition to its atmosphere and the German and ecu high-performance desktop scene. partly II the co-editors of the sequence supply brief surveys over advancements of their international locations. present functions, in general within the aerospace area, but in addition within the car quarter, are mentioned partly III. functions to circulation difficulties in engineering and physics, starting from hydraulic equipment to astrophysics, are the themes of half IV. Algorithms, computing device technology, advertisement CFD, public partnerships in high-performance computing, and improvement as much as petaflops desktops are taken care of partly V. All volumes, which have been released within the sequence ultimately are indexed partly VI.

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1985 Karlsruhe, W. Schönauer Vol. 12 Germany W. Gentzsch 1986 11 Numerical Simulation of Compressible Navier-Stokes Flows 4. 12. 1985 Sophia- M. O. Bristeau Vol. 18 Antipolis, R. Glowinski 1987 France J. Periaux H. 9. 10. München, Simulation of 1985 Germany Turbulent Flows also as EUROMECH 199 K. Morgan Vol. 9 J. Periaux 1984 F. Thomasset N. Peters J. Warnatz – R. Friedrich Vol. 15 U. Schumann 1986 28 C. H. 1. continued). No Title 13 Numerical Simulation of Compressible Euler Flows 10. 6. Rocquen1986 court, France 14 Numerical Simulation of Oscillatory Convection in Low Prandtl Number Fluids 12.

Hirschel2 1 2 Föhrenstr. de Summary The NNFM series originated as publication organ of the GAMMCommittee for Numerical Methods in Fluid Mechanics. This committee was founded in (West-) Germany in 1974 and existed until 1992. Its development and the main activities – the organization of GAMM-Workshops and GAMMConferences on Numerical Methods in Fluid Mechanics – are sketched in this contribution. 1 Introduction Up to the 1960s the scientific work on fluid dynamics and aerodynamics traditionally was based mainly on analytical and experimental tools.

The deliberations, in which the author participated, resulted in recommendations for the overall organizational form of the HLRS, cooperative ventures with industry, definition of tasks of the center, structure of the steering committee, institutionalization of centers of competence, usage and operation, distribution of resources and contingents, recompenzations, admission to the HLRS, standards, operational modes, safety, and user support. The steering committee was proposed to consist of twelve members, six nominated by the DFG, and six by the Conference of the Rectors of the Land Baden-Württemberg.

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