Numerical solutions of a nonlinear evolution system with small dissipation on parallel processors (Q1305239)
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scientific article; zbMATH DE number 1346133
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Numerical solutions of a nonlinear evolution system with small dissipation on parallel processors |
scientific article; zbMATH DE number 1346133 |
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Numerical solutions of a nonlinear evolution system with small dissipation on parallel processors (English)
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17 October 2000
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A nonlinear evolution system constructed from the Lorenz system is solved numerically by a parallelized predictor-corrector method. The numerical solution of such system reveals the details of interactions between dissipation and ellipticity, and it may lead to better understanding of instability in some physical systems. The algorithm and its implementation for solving this system is of general use for the study of strictly nonlinear parabolic equations.
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parallel computing
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Lorenz system
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parallelized predictor-corrector method
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dissipation
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ellipticity
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nonlinear parabolic equations
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