Titlebook: Parallel Scientific Computing and Optimization; Advances and Applica Raimondas Čiegis,David Henty,Julius Žilinskas Book 2009 Springer-Verla

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The Development of an Object-Oriented Parallel Block Preconditioning Frameworkmethods are efficient solvers when combined with effective preconditioners. We consider block preconditioners that are applicable to problems that have different types of degree of freedom (e.g., velocity and pressure in a fluid simulation). We discuss the development of an object-oriented parallel

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Parallel Diagonalization Performance on High-Performance Computers physics, the computation of eigenvalues is often required to obtain electronic energy states. For large-scale complex systems in such areas, the eigensolver calculation usually represents a huge computational challenge. It is therefore imperative that suitable, highly efficient eigensolver methods

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Experimental Investigation of Local Searches for Optimization of Grillage-Type Foundationsch the minimal number of piles is used and all the reactive forces do not exceed the allowed values. This can be achieved by searching for the positions of piles where the difference between the maximal reactive forces and the limit magnitudes of reactions for the piles is minimal. In this study, th

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DL_POLY_3 I/O: Analysis, Alternatives, and Future Strategies Although novel numerical algorithms and data reorganization approches can speed up the numerical calculations, the actual science of a simulation is contained in the captured frames of the system’s state and simulation data during the evolution. Therefore, an important bottleneck in the scalability

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