The Efficient Use of Vector Computers with Emphasis on Computational Fluid Dynamics

to the Workshop: Some Bottlenecks and Deficiencies of Existing Vector Computers and their Consequences for the Development of General PDE Software.- Development of Efficient Algorithms for the Solutions of Full Potential and Euler Equations on Vector Computers.- Implementation of 3D Explicit Euler Codes on a CRAY-1S Vector Computer.- Breaking the I/O Bottleneck with the CRAY Solid-State Storage Device.- Simulating 3D Euler Flows on a CYBER 205 Vector Computer.- Vector Algorithm for Large-Memory CYBER 205 Simulations of Euler Flows.- Effective Programming of Finite Element Methods for Computational Fluid Dynamics on Supercomputers.- Performance Evaluation of Explicit Shallow-Water Equations Solvers on the CYBER 205.- Methods for Optimisation and Acceleration of an Explicit Navier-Stokes Code with Application to Shock/Boundary-Layer Interaction.- On Vectorization of a 2.D. Navier-Stokes Solver.- On the Efficient Use of Large Data Bases in the Numerical Solution of the Navier-Stokes Equations on a CRAY Computer.- N3S: A 3D Finite Element Code for Fluid Mechanics; Emphasis to Vectorization and Sparse Matrix Problems.- Multitasking the Code ARC3D.- The Efficient Use of the CRAY X-MP Multiprocessor Vector Computer in Computational Fluid Dynamics.- Development of an Atmospheric Mesoscale Model on a CRAY - Experiences with Vectorization and Input/Output.- Techniques for Speeding up Climate Models on the CYBER 205.- Experience with the Vectorisation of Some Fluid Flow Prediction Codes on the Harwell CRAY-1.- Summary of the Workshop.- List of Participants.