Csomós

Hairer

Hundsdorfer

István Faragó

Lambert

Marchuk

Per Grove Thomsen

Samarsky

Strang

Verwer

Zahari Zlatev

Zlatev

Two additive splitting procedures are defined and studied in this paper. It is shown that these splitting procedures have good stability properties. Some other splitting procedures, which are traditionally used in mathematical models used in many scientific and engineering fields, are sketched. All splitting procedures are tested by using six different numerical methods for solving differential equations. Many conclusions, which are related both to the comparison of the additive splitting procedures with the other splitting procedures and to the influence of the numerical methods for solving differential equations on the accuracy of the splitting procedures, are drawn

Farago, I.

Thomsen, Per Grove

Zlatev, Z.

Online Research Database In Technology

On the additive splitting procedures and their computer realization

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http://orbit.dtu.dk/ws/files/3229935/postprint.pdf

On the additive splitting procedures and their computer realization

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Online Research Database In Technology

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