## Parallel and Distributed Processing in Structural Engineering: Proceedings of a Session |

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### Contents

Vibration Analysis Using a Parallel Lanczos Method | 1 |

Parallel Algorithms for Structural Optimization Under Dynamic Loading | 27 |

Structural Analysis and Parallel Computers | 53 |

Copyright | |

2 other sections not shown

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### Common terms and phrases

algorithm shown analysis phases assembly CDC CYBER columns Computers and Structures concurrent multiprocessing constrained multibody systems constraints conventional finite element CYBER database degrees of freedom design variables developed dimensional displacement vector domain efficiency eigenvalue problem eigenvalue solution element level calculations element stiffness equation solution Evaluate example execution factorization Farhat Figure finite element analysis finite element program finite element system force-displacement equations formulation I/O resources implemented implicit I/O interface boundary iteration Kurdila Lanczos algorithm linear load vector modified Gram-Schmidt procedure multibody systems multiprocessor NCUBE/7 nodes nonlinear Noor null space nullspace nullspace method number of processors orthogonal overall PANEL parallel algorithm parallel computer performance Processor q QR decomposition Ritz vectors sequential code shape functions shared memory shown in Fig singular value decomposition solve static steps storage stress structural analysis Structural Mechanics structural optimization structural system Subdomain substructuring testbed vector lengths vector processor virtual memory