Titlebook: Computational Science - ICCS 2006; 6th International Co Vassil N. Alexandrov,Geert Dick Albada,Jack Dongar Conference proceedings 2006 Spri

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Numerical Modeling of Plasma – Flow Interactionn this paper, the ionic wind created by corona discharges is studied in the case of a subsonic flow over a flat plate. The proposed mechanism of the ionic wind proposed is the addition of momentum by collisions between charged and neutral particles. In order to evaluate the effect of plasma on aerod

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Numerical Methods for Reacting Gas Flow Simulationsare proposed and compared. These systems are generally modeled by means of many stiffly coupled elementary gas phase reactions between a large number of reactants and intermediate species. The purpose of this study is to develop robust and efficient solvers for the stiff heat-reaction system. The ve

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Reduced Flame Kinetics Via Rate-Controlled Constrained Equilibriumhus giving rise to stiff equations. In the rate-controlled constrained equilibrium method (RCCE), the dynamical evolution of the system is governed by the kinetics of the species associated with the slower timescales (kinetically controlled), while the remaining species are calculated via a constrai

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A Multilevel-Multigrid Approach to Multiscale Electromagnetic Simulationhod. For three-dimensional models that simulate system level details of mobile devices, the smallest features are in the nanometre (10. m) range, leading to a time-step size in the attosecond (10. s) range. The feature sizes of mobile devices are in the centimetre (10. m) range, while for health and

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barium-study

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artless

Adaptive Mesh Refinement and Domain Decomposition: A Framework to Study Multi-physical and Multi-scadels, as each grid level can use a different solver. Compact conditions have to be defined and these are problems which are at the core of Domain Decomposition methods. An application to a planar shock interacting with a circular diffusion H2-air flame is presented.

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Time Splitting and Grid Refinement Methods in the Lattice Boltzmann Framework for Solving a Reactionaction-diffusion processes including very fast reaction dynamics, i.e. with time and length scales that vary in a wide range of values. The method is applied to the reaction prototype problem: M. ← M + L . ML with semi-infinite diffusion conditions and in presence of an electrode where Nernst + flux