By Egon Krause, Yurii I. Shokin, Nina Shokina
This quantity comprises 27 contributions to the second one Russian-German complicated study Workshop on Computational technological know-how and excessive functionality Computing awarded in March 2005 at Stuttgart, Germany. The workshop was once prepared together by means of the excessive functionality Computing heart Stuttgart (HLRS) and the Russian Institute for Computational applied sciences (ICT SB RAS) The contributions diversity from machine technological know-how, arithmetic and excessive functionality computing to purposes in mechanical and aerospace engineering. They express a wealth of theoretical paintings and simulation event with a possible of bringing jointly theoretical mathematical modelling and utilization of excessive functionality computing structures offering the state-of-the-art of computational technologies.
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Springer Series in Computational Physics. Springer-Verlag, Berlin 6. Shokin Yu, Khakimzyanov G (1997) Introduction to the method of differential approximation. M. de Summary. With the increase of processor performance numerical simulation has become a ubiquitous technology both in science and industry. In both fields it is part of a workflow or a process chain in which it has to be integrated in a seamless way. In research this integration is sometimes referred to as e-science. The term indicates that electronic means change the way scientists work.
With the growing ease of acquiring and maintaining computing systems for simulation the scope of usage has been widened. Full exploitation of such systems is still extremely difficult. However, pre-packaged solutions can easily help the user to exploit such systems. Thus, simulation becomes a standard activity both in research and industry. A niche market technology evolves into an ubiquitous technology and with this transition come all the problems that similar technologies have seen during similar transition periods.
The scheme of the airbag combustion chamber The propellant granules, filling the remaining volume of the combustion chamber, have a cylindrical form. The granule composition is selected in such a way that on the one hand to ensure a high burning rate, on the other hand to have a relatively low temperature of combustion products and guarantee the absence of high concentrations of substances, which are dangerous to a human health. Taking into account the complexity of the running processes and impossibility of its detailed description, the following main assumptions are used.