Parallel and Distributed Processing for Computational Mechanics: Systems and Tools

Preface Parallel and Distributed Processing for Computational Mechanics An Introduction to MPI for Computational Mechanics Software Tools for Automating the Parallelization of FORTRAN Computational Mechanics Codes Delaunay Mesh Generation on Distributed Computer Platforms Parallel Mesh Generation and the Sub Domain Generation Method Mesh Partitioning and Load Balancing for Distributed Memory Parallel Architectures Load Balancing Strategies for Distributed Memory Machines Issues and Strategies in the Parallelisation of Unstructured Multiphysics Codes Parallel Solution Techniques in Computational Structural Mechanics Parallel Preconditioners based upon Domain Decomposition Parallelization of Finite Element Computation by DD Data Splitting and Optimal Preconditioners Parallel Adaptive Domain Decomposition Based Parallel Solution Techniques for Plate Bending Problems Parallel Programming paradigms for Crashworthiness Simulation Recent Developments in Parallel Numerical Simulation for Automotive Design Parallelisation of Explicit Flow Solvers for Moving Boundary Problems Parallelization of an Explicit Algorithm for Fluid Flow Problems Genetic Algorithms and Evolution Strategies Comparison and Combination Evolution Strategies Parallelisation and Application in Engineering Optimization An Overview of Dynamic Load Balancing for Parallel Adaptive Computational Mechanics Codes