Computational Science and High Performance Computing III

Computing facility of the Institute of Computational Technologies SB RAS.- HPC in industrial environments.- Parallel realization of mathematical modelling of electromagnetic logging processes using VIKIZ probe complex.- Numerical solution of some direct and inverse mathematical problems for tidal flows.- Hardware development and impact on numerical algorithms.- Mathematical modeling in application to regional tsunami warning systems operations.- Parallel and adaptive simulation of fuel cells in 3d.- Numerical modeling of some free turbulent flows.- Mathematical and numerical modelling of fluid flow in elastic Tubes.- Parallel numerical modeling of modern fibre optics devices.- Zonal Large-Eddy Simulations and Aeroacoustics of High-Lift Airfoil Configurations.- Experimental Statistical Attacks on Block and Stream Ciphers.- On performance and accuracy of lattice Boltzmann approaches for single phase flow in porous media: A toy became an accepted tool - how to maintain its features despite more and more complex (physical) models and changing trends in high performance computing!?.- Parameter partition methods for optimal numerical solution of interval linear systems.- Comparative analysis of the SPH and ISPH methods.- SEGL: A problem solving environment for the design and execution of complex scientific Grid applications.- A service-oriented architecture for some problems of municipal management.- Basic tendencies of the telemedicine technologies development in Siberian region.

Egon Krause retired in 1998 from the chair of fluid mechanics at the RWTH Aachen.