The results of an experiment are reported, i.c., to adapt a Navier-Stokes code, originally developed on a serial computer, to concurrent processing on the CL Distributed Array Processor (DAP). The algorithm used in solving the Navier-Stokes equations is briefly described. The architecture of the DAP and DAP FORTRAN are also described. The modifications of the algorithm so as to fit the DAP are given and discussed. Finally, performance results are given and conclusions are drawn
The methodology is described for converting a large, long-running applications code that executed on...
Phase I is complete for the development of a Computational Fluid Dynamics parallel code with automat...
Presented are schemes for implementing multigrid algorithms on message based MIMD multiprocessor sys...
The results of the implementation of a Navier-Stokes algorithm on three parallel/vector computers ar...
Implicit approximate-factored algorithms have certain properties that are suitable for parallel proc...
Experiments were conducted at NASA Ames Research Center to define multi-tasking software requirement...
An explicit flow solver, applicable to the hierarchy of model equations ranging from Euler to full N...
We study the computational, communication, and scalability characteristics of a Computational Fluid ...
Very little use is made of multiple processors available on current supercomputers (computers with a...
A new parallel numerical scheme for solving incompressible steady-state flows is presented. The algo...
The Navier-Stokes Computer is a multi-purpose parallel-processing supercomputer which is currently u...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/76255/1/AIAA-1989-1940-323.pd
We study the computational, communication, and scalability characteristics of a computational fluid ...
Computational issues relevant to parallel efficiency and algorithm scalability are explored on three...
Parallel, Shared Memory, Distributed Memory 9. ABSTRACT (Continue on reverse of necessary and Wentif...
The methodology is described for converting a large, long-running applications code that executed on...
Phase I is complete for the development of a Computational Fluid Dynamics parallel code with automat...
Presented are schemes for implementing multigrid algorithms on message based MIMD multiprocessor sys...
The results of the implementation of a Navier-Stokes algorithm on three parallel/vector computers ar...
Implicit approximate-factored algorithms have certain properties that are suitable for parallel proc...
Experiments were conducted at NASA Ames Research Center to define multi-tasking software requirement...
An explicit flow solver, applicable to the hierarchy of model equations ranging from Euler to full N...
We study the computational, communication, and scalability characteristics of a Computational Fluid ...
Very little use is made of multiple processors available on current supercomputers (computers with a...
A new parallel numerical scheme for solving incompressible steady-state flows is presented. The algo...
The Navier-Stokes Computer is a multi-purpose parallel-processing supercomputer which is currently u...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/76255/1/AIAA-1989-1940-323.pd
We study the computational, communication, and scalability characteristics of a computational fluid ...
Computational issues relevant to parallel efficiency and algorithm scalability are explored on three...
Parallel, Shared Memory, Distributed Memory 9. ABSTRACT (Continue on reverse of necessary and Wentif...
The methodology is described for converting a large, long-running applications code that executed on...
Phase I is complete for the development of a Computational Fluid Dynamics parallel code with automat...
Presented are schemes for implementing multigrid algorithms on message based MIMD multiprocessor sys...