(in Russian)
Department 24 "Mechanics". Kinetic theory of gases group
Our group (till 2017 - subdepartment of kinetic theory of gases) specializes in the following research topics:
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Development of physical models in kinetics, statistical physics, rarefied gas dynamics and investigation of non-equilibrium flows
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Development of modern & efficient numerical methods for the Boltzmann kinetic equation and other kinetic equations
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Numerical methods for evolution equations in general
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Development & implementation of numerical methods for hyperbolic conservation laws
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Development & implementation of efficient parallel algorithm for computational mechanics on high-performance machines with shared and distributed memory as well as graphical accelerators.
From 2005 till 2017 Professor Aristov served as head of the subdepartment.
From 2017 subdepartments no longer exist, all researches are part of Department 24 "Mechanics" headed by Professor S. Ya. Stepanov.
The sector has ongoing collaboration with a number of universities and industrial companies from Russia, Italy, the UK, Germany and the USA.
Present staff members:
| principal researcher | Prof., DSc. V. V. Aristov |
Publons,
Scopus
|
| senior researcher | Dr. S.A. Zabelok |
Publons,
Scopus
|
| researcher | Dr. O.V. Ilyin | |
| researcher | Dr. O. A. Rogozin |
Publons,
Scopus,
Google Scholar,
|
| senior researcher | Dr. O.I. Rovenskaya | Scopus |
| leading researcher | Dr. V.A. Rykov | Scopus |
| leading researcher | DSc., Dr. V. A. Titarev |
Publons,
Scopus,
Google scholar
|
| principle researcher | Prof., DSc, Dr. F.G. Tcheremissine | Scopus |
Former staff members:
| head of the lab | DSc., Dr. A. A. Nikolskiy |
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| principal researcher | Prof., DSc. E.M. Shakhov |
Scopus
|
| | Prof. A.M. Bishaev |
Scopus
|
| senior researcher | Dr. I.N. Larina |
Scopus
|
| leading researcher | DSc., Dr. S.P. Popov | Scopus |
| Dr. E.F. Limar
|
Books published by staff members:
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E. M. Shakhov. Method of investigation of rarefied gas flows. M.: Nauka, 1974, 207 p. (in Russian).
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V. V. Aristov, F. G. Tcheremisine. Direct numerical solution of the Boltzmann kinetic equation, Computing Center, Moscow, 1992, 192 p.
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V. V. Aristov. Direct Methods for Solving the Boltzmann Equation and Study of Nonequilibrium Flows. Kluwer Academic Publishers. Dordrecht / Boston / London, 2001, 294 pages.
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V. A. Aristov, Z. A. Zabelok. Application of direct solution method of the Boltzmann equation for modeling of non-equilibrium gas effects. Computing Center of RAS, Moscow, 2010. 144 pages.
The page is allocated at the site at September 13, 2011.
Last Revised: December 23, 2022.