## Applications of High-performance Computing in Engineering |

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### Contents

The Block Stride Reduction B S R Algorithm with application | 3 |

Interior and modal masters in condensation methods for eigenvalue | 23 |

Sparse matrix operations in vector and parallel processors | 43 |

Copyright | |

14 other sections not shown

### Common terms and phrases

airlines analysis application architecture Automatic Differentiation block boundary element boundary element method boundary-element calculated chemical communication complex convergence crossover data structure degrees of freedom developed distributed domain decomposition dynamic dynamic relaxation efficient eigenvalue element method Engineering environment equations evaluated execution Figure files finite element finite-element FlexParDB flow function Genetic Algorithms Givens rotations global graph grid grid-points high-performance computing input integration interface Laplace transform layer linear master matrix mechanism mesh message passing migration neural network neurons nodes number of iterations number of processors obtained operator optimal output parallel algorithm parallel computing parallel implementation parallel processing Parallel Virtual Machine parallelisation parameters PARDB partition path pollutant preconditioner problem procedure query sequential SIMD simulation slaves solution solve solver sparse sparse matrix speed-up step strategy subdomains substructure technique transform transputer variables vector waveset workstations zombie