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Construction of a Parallel Algorithm to Solve the Multiphase Gas Dynamics Problem
Authors: Rîbachin Boris
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Abstract
This paper considers questions of an effective use of multiprocessor computing system to implement a parallel algorithm solving the multiphase gas dynamics problem. A technique is offered to parallelize the two-dimensional explicit differential scheme to implement it on multiprocessor systems with distributed memory (MIMD architecture).B. Rybakin
Institute of Mathematics,
Academy of Sciences of Moldova,
5 Academiei str., Kishinev,
277028, Moldova
phone: (373-2) 738046
e-mail:
Institute of Mathematics,
Academy of Sciences of Moldova,
5 Academiei str., Kishinev,
277028, Moldova
phone: (373-2) 738046
e-mail:
Fulltext
– 0.13 Mb
Contents
- The Bergman package shell: an example of interface to the interpreting system
- Message composition and its application to event- driven system construction
- Construction of a Parallel Algorithm to Solve the Multiphase Gas Dynamics Problem
- Structural synthesis of parallel programs (Methodology and Tools)
- The problem of the synthesis of a transport network with a single source and the algorithm for its solution
- Global optimization in one-dimensional case using analytically defined derivatives of objective function
- Investigation of simply periodic motions of a heavy solid with a fixed point
- Le codage des arbres binaires
