2014
DOI: 10.20537/2076-7633-2014-6-4-479-493
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Numerical integration algorithm potentially-streaming equations in lumped parameters to control the correctness of the approximate solution

Abstract: Данная работа посвящена разработке алгоритма численного интегрирования системы дифференциальных уравнений потенциально-потокового метода моделирования неравновесных процессов. Этот метод был разработан автором в опубликованных им ранее работах. В настоящей работе рассмотрение ограничивается системами с сосредоточенными параметрами. Также ранее была разработана автором методика анализа корректности приближенного решения системы потенциально-потоковых уравнений для систем в сосредоточенных параметрах. Целью наст… Show more

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“…and e z (γ, ξ 0 , t 0 , t), not exceeding in modulus a certain fraction of the average maximum of fluctuations [51,52], and also to simultaneously minimize the objective function Q, determined by (24) for y(t), determined on the basis of ( 11) and ( 18), due to: (42) then it is advisable in terms of parameters γ and constant coefficients included in (25) and (26) to minimize the objective function Q [10,51,52]:…”
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confidence: 95%
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“…and e z (γ, ξ 0 , t 0 , t), not exceeding in modulus a certain fraction of the average maximum of fluctuations [51,52], and also to simultaneously minimize the objective function Q, determined by (24) for y(t), determined on the basis of ( 11) and ( 18), due to: (42) then it is advisable in terms of parameters γ and constant coefficients included in (25) and (26) to minimize the objective function Q [10,51,52]:…”
mentioning
confidence: 95%
“…Thus, the solution of the transformed Equations ( 13)-( 17) of the mathematical prototyping method of energy processes consists in such a selection of constant parameters γ, that residuals e y (γ, ξ 0 , t 0 , t) and e z (γ, ξ 0 , t 0 , t), having the meaning of fluctuations [51,52], determined based on ( 13)- (17) [51,52]:…”
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confidence: 99%
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