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Article information
2004 , Volume 9, Special issue, p.24-36
Danaev N.T., Dairbaeva L.M., Tungatarov N.N.
Converging difference scheme for model of barotropic viscous gas in electric field
Convergence of a difference scheme applied for modeling of a barotropic viscous gas in electric field has been examined. Estimates of the difference solution by a priory estimation method are obtained, theorems of convergence and stability has been proven. Numerical algorithm is relied on the Newton method. Convergence rate of the iterative process is investigated.
Author(s):
Danaev Nargozy Tursunbaevich
Dr. , Professor
Position: Director
Office: Scientific Research Institute of Mathematics and Mechanics of al Farabi Kazakh National University
Address: 480012, Kazakhstan, Almatu, Masanchi str. 39/47
Phone Office: (3272) 92 40 59
E-mail: danaev@kazsu.kz
Dairbaeva L M
Office: Al-Farabi Kazakh University
Address: Kazakhstan, Almatu, Almatu, Masanchi str. 39/47
E-mail: dairbaeva@kazsu.kz
Tungatarov N N
Office: Al-Farabi Kazakh University
Address: Kazakhstan, Almatu, Almatu, Masanchi str. 39/47
E-mail: Nourmat@mail.ru
Bibliography link:
Danaev N.T., Dairbaeva L.M., Tungatarov N.N. Converging difference scheme for model of barotropic viscous gas in electric field // Computational technologies. 2004. V. 9. Special issue. P. 24-36
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