|
Author Index, 2020, Volume 32
I. V. Abalakin, see A. P. Duben
Mat. Model., 2020, Volume 32:11, 79–98
|
I. V. Abalakin, P. A. Bakhvalov, V. G. Bobkov, A. V. Gorobets
Parallel algorithm for flow simulation in rotor-stator systems based on edge-bases schemes
Mat. Model., 2020, Volume 32:6, 127–140
|
Yu. K. Achkasov, N. P. Pilnik
General equilibrium model with tax audit and endogenous choice between labour market and self-employment
Mat. Model., 2020, Volume 32:5, 103–125
|
A. L. Afendikov, V. S. Nikitin
Numerical simulation of supersonic flows around systems of free bodies
Mat. Model., 2020, Volume 32:12, 55–64
|
A. K. Alekseev, A. E. Bondarev
On comparison of solutions at verification
Mat. Model., 2020, Volume 32:6, 97–110
|
V. A. Andrushchenko, V. A. Goloveshkin, N. G. Syzranova
Modelling the mechanisms of destruction of the surface layer of a meteoroid under the thermal factor
Mat. Model., 2020, Volume 32:12, 103–113
|
E. N. Aristova, G. O. Astafurov
About the influence on the accuracy of cubature formulas on the integral characteristics of solutions of the transport equation
Mat. Model., 2020, Volume 32:1, 15–30
|
E. N. Aristova, G. I. Ovcharov
Hermite characteristic scheme for linear inhomogeneous transport equation
Mat. Model., 2020, Volume 32:3, 3–18
|
G. O. Astafurov, see E. N. Aristova
Mat. Model., 2020, Volume 32:1, 15–30
|
A. V. Baev
On the solution of an inverse problem for equations of shallow water in a pool with variable depth
Mat. Model., 2020, Volume 32:11, 3–15
|
P. A. Bakhvalov, T. K. Kozubskaya
On using artificial viscosity in edge-based schemes on unstructured meshes
Mat. Model., 2020, Volume 32:12, 114–128
|
P. A. Bakhvalov, see I. V. Abalakin
Mat. Model., 2020, Volume 32:6, 127–140
|
V. A. Balashov, see E. N. Golovchenko
Mat. Model., 2020, Volume 32:4, 107–115
|
A. I. Balunov, see A. M. Tsirlin
Mat. Model., 2020, Volume 32:10, 47–61
|
A. S. Barashkov
Remote determination of parameters of powerful layers with the use of the intermediate model
Mat. Model., 2020, Volume 32:6, 111–126
|
N. D. Beklemishev
A direct solution for the central projection camera pose estimation by four control points
Mat. Model., 2020, Volume 32:10, 91–104
|
A. A. Belov, V. S. Dimakov, I. A. Kozlitin
Superfast calculation method of multicomponent plasma composition and thermodynamics
Mat. Model., 2020, Volume 32:12, 95–102
|
A. M. Blokhin, R. E. Semenko
Stationary “von Karman” vortex structures in the magnetohydrodynamical flows of rotating incompressible polymeric liquid
Mat. Model., 2020, Volume 32:7, 3–23
|
V. G. Bobkov, A. E. Bondarev, A. V. Bondarenko, V. A. Galaktionov, V. T. Zhukov, K. V. Manukovskii, N. D. Novikova, O. B. Feodoritova
Numerical simulation of aerodynamics of vertical-axis wind turbines
Mat. Model., 2020, Volume 32:11, 99–113
|
V. G. Bobkov, see I. V. Abalakin
Mat. Model., 2020, Volume 32:6, 127–140
|
I. P. Bogdanov, V. A. Sudakov, N. B. Toporov
Loading optimization of an ordered set of aircrafts
Mat. Model., 2020, Volume 32:4, 43–56
|
I. P. Bogdanov
Optimal scheduling of passenger air transportation in regional network
Mat. Model., 2020, Volume 32:9, 73–86
|
A. S. Boldarev, see D. S. Boykov
Mat. Model., 2020, Volume 32:4, 3–15
|
A. V. Bondarenko, see V. G. Bobkov
Mat. Model., 2020, Volume 32:11, 99–113
|
A. Yu. Bondarenko, A. I. Likhoded, V. V. Sidorov
Modeling of a space-rocket structures when subjected to active forces by mechanical analogs
Mat. Model., 2020, Volume 32:8, 106–118
|
A. E. Bondarev, see V. G. Bobkov
Mat. Model., 2020, Volume 32:11, 99–113
|
A. E. Bondarev, see A. K. Alekseev
Mat. Model., 2020, Volume 32:6, 97–110
|
V. E. Borisov, Yu. G. Rykov
Simulation of multicomponent gas flows using double-flux method
Mat. Model., 2020, Volume 32:10, 3–20
|
D. S. Boykov, see V. A. Egorova
Mat. Model., 2020, Volume 32:1, 85–99
|
D. S. Boykov, A. S. Boldarev, V. A. Gasilov
Numerical analysis of the magnetomechanical effect in heating pipelines
Mat. Model., 2020, Volume 32:4, 3–15
|
O. V. Boytsova, see V. N. Simonov
Mat. Model., 2020, Volume 32:8, 31–42
|
M. D. Bragin
Entropy stability of bicompact schemes in gas dynamics problems
Mat. Model., 2020, Volume 32:11, 114–128
|
M. D. Bragin, Yu. A. Kriksin, V. F. Tishkin
Discontinuous Galerkin method with entropic slope limiter for Euler equations
Mat. Model., 2020, Volume 32:2, 113–128
|
M. D. Bragin, B. V. Rogov
High-order bicompact schemes for numerical modelling of multispecies multi-reaction gas flows
Mat. Model., 2020, Volume 32:6, 21–36
|
S. A. Bublik, M. A. Semin
Study on the formation of Saffman–Taylor instability in oil reservoir in two-dimensional formulation
Mat. Model., 2020, Volume 32:7, 127–142
|
A. A. Butov, see E. V. Usov
Mat. Model., 2020, Volume 32:4, 131–144
|
V. M. Chechetkin, see B. N. Chetverushkin
Mat. Model., 2020, Volume 32:11, 29–46
|
V. M. Chechetkin, see B. N. Chetverushkin
Mat. Model., 2020, Volume 32:2, 77–100
|
B. N. Chetverushkin, I. V. Mingalev, V. M. Chechetkin, K. G. Orlov, E. A. Fedotova, V. S. Mingalev, O. V. Mingalev
Global circulation models of the Earth atmosphere. Achievements and directions of development
Mat. Model., 2020, Volume 32:11, 29–46
|
B. N. Chetverushkin, A. V. Saveliev, V. I. Saveliev
Modeling of problems in magnetohydrodynamics on high performance computational systems
Mat. Model., 2020, Volume 32:12, 3–13
|
B. N. Chetverushkin, I. V. Mingalev, E. A. Fedotova, K. G. Orlov, V. M. Chechetkin, V. S. Mingalev
The calculation of the intrinsic radiation of atmosphere in the general circulation model of the lower and middle atmosphere of the Earth
Mat. Model., 2020, Volume 32:2, 77–100
|
B. N. Chetverushkin, V. A. Sudakov
Factor modeling for innovative-active enterprises
Mat. Model., 2020, Volume 32:3, 115–126
|
B. N. Chetverushkin, see V. Yu. Glotov
Mat. Model., 2020, Volume 32:4, 94–106
|
B. N. Chetverushkin, I. A. Znamenskaya, A. E. Lutsky, Ya. V. Khankhasaeva
Numerical simulation of interaction and evolution of discontinuities in a channel based on a compact form of quasi-gasdynamic equations
Mat. Model., 2020, Volume 32:5, 44–58
|
A. L. Chikin, see A. V. Kleshhenkov
Mat. Model., 2020, Volume 32:3, 47–60
|
L. G. Chikina, see A. V. Kleshhenkov
Mat. Model., 2020, Volume 32:3, 47–60
|
N. G. Chikurov
A numerical method for solving ordinary differential equations by converting them into the form of a Shannon
Mat. Model., 2020, Volume 32:8, 3–20
|
A. E. Chistyakov, see A. I. Sukhinov
Mat. Model., 2020, Volume 32:2, 3–23
|
V. I. Chukhno, see E. V. Usov
Mat. Model., 2020, Volume 32:4, 131–144
|
V. S. Dimakov, see A. A. Belov
Mat. Model., 2020, Volume 32:12, 95–102
|
A. S. Dmitriev, see Yu. A. Volkov
Mat. Model., 2020, Volume 32:11, 16–28
|
A. V. Dmitriev, A. A. Ershov
On estimation of mosaic block size and flake anisometry of artifical graphite by magnetoresistance
Mat. Model., 2020, Volume 32:1, 100–110
|
A. P. Duben, I. V. Abalakin, V. O. Tsvetkova
About solid walls boundary conditions for viscous flow problems
Mat. Model., 2020, Volume 32:11, 79–98
|
A. P. Duben, see V. T. Zhukov
Mat. Model., 2020, Volume 32:4, 57–74
|
Yu. A. Dubnov, see Yu. S. Popkov
Mat. Model., 2020, Volume 32:9, 35–52
|
A. O. Dubovik, see V. A. Galkin
Mat. Model., 2020, Volume 32:4, 31–42
|
S. P. Dudarov, N. D. Kirillov
Mathematical model of the neural network conclusion defuzzificator in fuzzy-logic output procedures and its software implementation
Mat. Model., 2020, Volume 32:8, 91–105
|
V. A. Egorova, F. N. Voronin, M. E. Zhukovskiy, M. B. Markov, A. I. Potapenko, R. V. Uskov, D. S. Boykov
Model of radiation-induced thermo-mechanical effects in heterogeneous fine-dispersed materials
Mat. Model., 2020, Volume 32:1, 85–99
|
M. A. Elovenkova, see A. V. Vasyukov
Mat. Model., 2020, Volume 32:5, 95–102
|
T. M. Eneev, see N. N. Kozlov
Mat. Model., 2020, Volume 32:9, 131–144
|
Yu. A. Eremin, A. G. Sveshnikov
Mathematical model of plasmon nanolaser resonator accounting for the non-local effect
Mat. Model., 2020, Volume 32:10, 21–33
|
A. A. Ershov, see A. V. Dmitriev
Mat. Model., 2020, Volume 32:1, 100–110
|
A. V. Favorskaya, I. B. Petrov
Grid-characteristic calculation of multistorey buildings destruction
Mat. Model., 2020, Volume 32:3, 102–114
|
E. A. Fedotova, see B. N. Chetverushkin
Mat. Model., 2020, Volume 32:11, 29–46
|
E. A. Fedotova, see B. N. Chetverushkin
Mat. Model., 2020, Volume 32:2, 77–100
|
O. B. Feodoritova, see V. G. Bobkov
Mat. Model., 2020, Volume 32:11, 99–113
|
O. B. Feodoritova, see V. T. Zhukov
Mat. Model., 2020, Volume 32:4, 57–74
|
N. D. Fokin, see A. V. Polbin
Mat. Model., 2020, Volume 32:7, 98–112
|
B. G. Freinkman
Self-consistent calculation of the ground state of a hydrogen-like carbon atom in a graphene lattice
Mat. Model., 2020, Volume 32:8, 21–30
|
V. A. Galaktionov, see V. G. Bobkov
Mat. Model., 2020, Volume 32:11, 99–113
|
M. P. Galanin, A. V. Isaev, S. A. Konev
Mathematical model for soot formation under toluol diffusion combustion
Mat. Model., 2020, Volume 32:6, 66–80
|
V. A. Galkin, A. O. Dubovik
About modeling a layered viscous conductive fluid flow in a region changing in time
Mat. Model., 2020, Volume 32:4, 31–42
|
V. A. Gasilov, see A. Yu. Krukovskii
Mat. Model., 2020, Volume 32:1, 50–70
|
V. A. Gasilov, see D. S. Boykov
Mat. Model., 2020, Volume 32:4, 3–15
|
V. A. Gasilov, see V. F. Tishkin
Mat. Model., 2020, Volume 32:8, 57–90
|
B. M. Gavrikov, M. B. Gavrikov, N. V. Pestryakova
Statistical method of recognizing on the base of nonlinear regression
Mat. Model., 2020, Volume 32:4, 116–130
|
M. B. Gavrikov, see B. M. Gavrikov
Mat. Model., 2020, Volume 32:4, 116–130
|
S. V. Gavrilov
Numerical method for determining the inhomogeneity boundary in the electrical impedance tomography problem in the case of piecewise constant conductivity
Mat. Model., 2020, Volume 32:11, 59–69
|
O. V. Germider, V. N. Popov
A collocation method and its application for solving the linearized Holway equation
Mat. Model., 2020, Volume 32:9, 3–19
|
A. A. Gladkikh, G. G. Malinetskii
Nonlinear Dirac equation for graphene
Mat. Model., 2020, Volume 32:8, 43–56
|
V. Y. Glotov, V. M. Goloviznin, B. N. Chetverushkin
Balance&characteristic finite difference schemes for the equations of the parabolic type
Mat. Model., 2020, Volume 32:4, 94–106
|
S. D. Glyzin, S. A. Kashchenko
Family of finite-dimensional maps induced by a logistic equation with a delay
Mat. Model., 2020, Volume 32:3, 19–46
|
E. N. Golovchenko, M. V. Iakobovski, V. A. Balashov, E. B. Savenkov
Comparison of domain partitioning algorithms in the problem of direct flow simulation within rock samples at pore scale
Mat. Model., 2020, Volume 32:4, 107–115
|
V. A. Goloveshkin, see V. A. Andrushchenko
Mat. Model., 2020, Volume 32:12, 103–113
|
V. M. Goloviznin, see V. Yu. Glotov
Mat. Model., 2020, Volume 32:4, 94–106
|
A. V. Gorobets, see I. V. Abalakin
Mat. Model., 2020, Volume 32:6, 127–140
|
I. M. Gubaydullin, R. V. Zhalnin, V. F. Masyagin, E. E. Peskova, V. F. Tishkin
Numerical simulation of propane pyrolysis in a flow chemical reactor under the influence of constant external heating
Mat. Model., 2020, Volume 32:9, 119–130
|
E. K. Guseva, M. Kh. Strelets, A. K. Travin, M. L. Shur
Les-based computation of evolution of turbulent wakes subjected to adverse pressure gradient
Mat. Model., 2020, Volume 32:6, 3–20
|
M. V. Iakobovski, see E. N. Golovchenko
Mat. Model., 2020, Volume 32:4, 107–115
|
A. V. Isaev, see M. P. Galanin
Mat. Model., 2020, Volume 32:6, 66–80
|
S. A. Ishanov, see N. M. Kashchenko
Mat. Model., 2020, Volume 32:11, 129–140
|
D. S. Ivanov, M. Yu. Ovchinnikov, V. I. Penkov, T. A. Ivanova
Modeling of a nanosatellite angular motion damping using hysteresis plate
Mat. Model., 2020, Volume 32:2, 101–112
|
T. A. Ivanova, see D. S. Ivanov
Mat. Model., 2020, Volume 32:2, 101–112
|
G. K. Kamenev, I. G. Kamenev
Discrete-dynamic modeling of governance for human capital
Mat. Model., 2020, Volume 32:6, 81–96
|
I. G. Kamenev, see G. K. Kamenev
Mat. Model., 2020, Volume 32:6, 81–96
|
S. A. Kaschenko, see S. D. Glyzin
Mat. Model., 2020, Volume 32:3, 19–46
|
N. M. Kashchenko, S. A. Ishanov, S. V. Matsievsky
A numerical study of the gradient-drift instability growth rate at the fronts of the equatorial plasma bubbles
Mat. Model., 2020, Volume 32:11, 129–140
|
Ya. V. Khankhasaeva, see B. N. Chetverushkin
Mat. Model., 2020, Volume 32:5, 44–58
|
N. D. Kirillov, see S. P. Dudarov
Mat. Model., 2020, Volume 32:8, 91–105
|
A. A. Kislitsin, Yu. N. Orlov
Modeling evolution sample distributions of random quantities by the equation of Liuville
Mat. Model., 2020, Volume 32:1, 111–128
|
A. V. Kleshhenkov, V. V. Sorokina, A. L. Chikin, L. G. Chikina
Modeling of the process of entering the suspended solids runoff of the river Don to the Taganrog bay of the sea of Azov
Mat. Model., 2020, Volume 32:3, 47–60
|
L. V. Klochkova, see A. Yu. Krukovskii
Mat. Model., 2020, Volume 32:1, 50–70
|
A. V. Koldoba, see G. V. Ustyugova
Mat. Model., 2020, Volume 32:12, 65–80
|
S. A. Konev, see M. P. Galanin
Mat. Model., 2020, Volume 32:6, 66–80
|
A. V. Konyukhov, see Ya. V. Nevmerzhitskiy
Mat. Model., 2020, Volume 32:4, 75–93
|
I. A. Kozlitin, see A. A. Belov
Mat. Model., 2020, Volume 32:12, 95–102
|
I. A. Kozlitin
The mathematical model of motion of a spinning projectile
Mat. Model., 2020, Volume 32:5, 126–142
|
A. N. Kozlov
Numerical model of plasma flow injection in solenoid magnetic field
Mat. Model., 2020, Volume 32:5, 3–20
|
M. Yu. Kozlov, see A. P. Sokolov
Mat. Model., 2020, Volume 32:8, 119–138
|
N. N. Kozlov, E. I. Kugushev, T. M. Eneev
Analysis of genetic code properties by mathematical simulation
Mat. Model., 2020, Volume 32:9, 131–144
|
T. K. Kozubskaya, see P. A. Bakhvalov
Mat. Model., 2020, Volume 32:12, 114–128
|
E. M. Kreines, see M. G. Kreines
Mat. Model., 2020, Volume 32:1, 31–49
|
E. M. Kreines, see M. G. Kreines
Mat. Model., 2020, Volume 32:2, 37–57
|
E. M. Kreines, see M. G. Kreines
Mat. Model., 2020, Volume 32:7, 24–46
|
M. G. Kreines, E. M. Kreines
Matrix text models. Text models and similarity of text contents
Mat. Model., 2020, Volume 32:1, 31–49
|
M. G. Kreines, E. M. Kreines
Matrix text models. Text corpora models
Mat. Model., 2020, Volume 32:2, 37–57
|
M. G. Kreines, E. M. Kreines
Matrix text models. Interpretation and experimental verification of models
Mat. Model., 2020, Volume 32:7, 24–46
|
Yu. A. Kriksin, see M. D. Bragin
Mat. Model., 2020, Volume 32:2, 113–128
|
Y. A. Kriksin, V. F. Tishkin
Entropy stable discontinuous Galerkin method for Euler equations using non-conservative variables
Mat. Model., 2020, Volume 32:9, 87–102
|
A. Yu. Krukovskiy, V. A. Gasilov, Yu. A. Poveschenko, Yu. S. Sharova, L. V. Klochkova
Implementation of the iterative algorithm for numerical solution of 2D magnetogasdynamics problems
Mat. Model., 2020, Volume 32:1, 50–70
|
P. A. Kuchugov, see V. F. Tishkin
Mat. Model., 2020, Volume 32:8, 57–90
|
E. I. Kugushev, see N. N. Kozlov
Mat. Model., 2020, Volume 32:9, 131–144
|
A. E. Kuzovova, see D. Ya. Sukhanov
Mat. Model., 2020, Volume 32:10, 119–134
|
M. E. Ladonkina, see V. F. Tishkin
Mat. Model., 2020, Volume 32:8, 57–90
|
M. S. Legkostupov
On the issue of the model of formation of planet systems of the solar-type stars
Mat. Model., 2020, Volume 32:3, 81–101
|
V. N. Likhachev, O. V. Trifonov, V. S. Yaroshevsky
Calibration of the model parameters in the navigation devices on the basis of fiber-optic gyroscopes
Mat. Model., 2020, Volume 32:1, 3–14
|
A. I. Likhoded, see A. Yu. Bondarenko
Mat. Model., 2020, Volume 32:8, 106–118
|
A. I. Lobanov, F. H. Mirov
Difference schemes for drain transfer equation based on space of undefined coefficients analysis
Mat. Model., 2020, Volume 32:9, 53–72
|
A. E. Lutsky, see B. N. Chetverushkin
Mat. Model., 2020, Volume 32:5, 44–58
|
P. A. Lykhin, see E. V. Usov
Mat. Model., 2020, Volume 32:4, 131–144
|
G. G. Malinetskii, see D. A. Zenyuk
Mat. Model., 2020, Volume 32:6, 53–65
|
G. G. Malinetskii, see A. A. Gladkikh
Mat. Model., 2020, Volume 32:8, 43–56
|
K. V. Manukovskiy, see V. G. Bobkov
Mat. Model., 2020, Volume 32:11, 99–113
|
M. B. Markov, see Yu. A. Volkov
Mat. Model., 2020, Volume 32:11, 16–28
|
M. B. Markov, see V. A. Egorova
Mat. Model., 2020, Volume 32:1, 85–99
|
M. B. Markov, S. V. Podolyako
Simulation of the proton transport in matter
Mat. Model., 2020, Volume 32:2, 129–142
|
M. B. Markov, S. V. Parot'kin
Modeling of the stationary electromagnetic field based on the Maxwell equations
Mat. Model., 2020, Volume 32:7, 113–126
|
E. B. Markova, see V. N. Simonov
Mat. Model., 2020, Volume 32:8, 31–42
|
S. I. Martynov, L. Yu. Tkach
Model of hydrodynamic mechanism of movement of nanomotors
Mat. Model., 2020, Volume 32:12, 81–94
|
A. G. Maslovskaya, see L. I. Moroz
Mat. Model., 2020, Volume 32:10, 62–76
|
V. F. Masyagin, see R. V. Zhalnin
Mat. Model., 2020, Volume 32:10, 34–46
|
V. F. Masyagin, see I. M. Gubaydullin
Mat. Model., 2020, Volume 32:9, 119–130
|
N. L. Matison, see V. N. Simonov
Mat. Model., 2020, Volume 32:8, 31–42
|
S. V. Matsievsky, see N. M. Kashchenko
Mat. Model., 2020, Volume 32:11, 129–140
|
A. S. Meretin, E. B. Savenkov
Simulation of thermoporoelastic medium with damage
Mat. Model., 2020, Volume 32:7, 59–76
|
A. P. Mikhailov, L. F. Yukhno
The dynamics of the dissemination of information in society during hype
Mat. Model., 2020, Volume 32:12, 129–140
|
I. V. Mingalev, see B. N. Chetverushkin
Mat. Model., 2020, Volume 32:11, 29–46
|
I. V. Mingalev, see B. N. Chetverushkin
Mat. Model., 2020, Volume 32:2, 77–100
|
O. V. Mingalev, see B. N. Chetverushkin
Mat. Model., 2020, Volume 32:11, 29–46
|
V. S. Mingalev, see B. N. Chetverushkin
Mat. Model., 2020, Volume 32:11, 29–46
|
V. S. Mingalev, see B. N. Chetverushkin
Mat. Model., 2020, Volume 32:2, 77–100
|
F. Kh. Mirov, see A. I. Lobanov
Mat. Model., 2020, Volume 32:9, 53–72
|
L. I. Moroz, A. G. Maslovskaya
Numerical simulation of an anomalous diffusion process based on the higher-order accurate scheme
Mat. Model., 2020, Volume 32:10, 62–76
|
I. S. Mozharovsky, S. A. Samotylova, A. Yu. Torgashov
Predictive modeling of mass-transfer technological plant using an algorithm of alternating conditional expectations
Mat. Model., 2020, Volume 32:3, 127–142
|
Y. V. Nevmerzhitskiy, A. V. Konyukhov
Streamline method for simulation of compositional nonisothermal flow of viscoplastic oils
Mat. Model., 2020, Volume 32:4, 75–93
|
Ju. A. Nikitchenko, A. V. Tikhonovets
Testing the kinetic-hydrodynamic model by calculating a flow above an absorbing surface
Mat. Model., 2020, Volume 32:9, 103–118
|
A. A. Nikitin, see B. D. Plyushchenkov
Mat. Model., 2020, Volume 32:2, 58–76
|
V. S. Nikitin, see A. L. Afendikov
Mat. Model., 2020, Volume 32:12, 55–64
|
O. V. Nikolaeva
Low-parametrical approximation of reflectance in a gas absorption band
Mat. Model., 2020, Volume 32:2, 24–36
|
E. E. Nikulin, A. A. Pekhterev
Turbulence on financial markets and multiplicative cascade model of volatility
Mat. Model., 2020, Volume 32:12, 43–54
|
S. I. Noskov
Compromise Pareto's evaluation of parameters linear regression
Mat. Model., 2020, Volume 32:11, 70–78
|
N. D. Novikova, see V. G. Bobkov
Mat. Model., 2020, Volume 32:11, 99–113
|
N. D. Novikova, see V. T. Zhukov
Mat. Model., 2020, Volume 32:4, 57–74
|
V. S. Nozhkin, see V. G. Zadorozhniy
Mat. Model., 2020, Volume 32:5, 21–43
|
K. G. Orlov, see B. N. Chetverushkin
Mat. Model., 2020, Volume 32:11, 29–46
|
K. G. Orlov, see B. N. Chetverushkin
Mat. Model., 2020, Volume 32:2, 77–100
|
Yu. N. Orlov, see A. A. Kislitsyn
Mat. Model., 2020, Volume 32:1, 111–128
|
G. I. Ovcharov, see E. N. Aristova
Mat. Model., 2020, Volume 32:3, 3–18
|
M. Ovchinnikov, S. Tkachev, A. Shestoperov
Mathematical model of satellite with arbitrary number of flexible appendages
Mat. Model., 2020, Volume 32:12, 14–28
|
M. Yu. Ovchinnikov, see D. S. Ivanov
Mat. Model., 2020, Volume 32:2, 101–112
|
S. V. Parot'kin, see M. B. Markov
Mat. Model., 2020, Volume 32:7, 113–126
|
A. A. Pekhterev, see E. E. Nikulin
Mat. Model., 2020, Volume 32:12, 43–54
|
V. I. Pen'kov, see D. S. Ivanov
Mat. Model., 2020, Volume 32:2, 101–112
|
E. E. Peskova, see R. V. Zhalnin
Mat. Model., 2020, Volume 32:10, 34–46
|
E. E. Peskova, see I. M. Gubaydullin
Mat. Model., 2020, Volume 32:9, 119–130
|
N. V. Pestryakova, see B. M. Gavrikov
Mat. Model., 2020, Volume 32:4, 116–130
|
I. B. Petrov, see A. V. Favorskaya
Mat. Model., 2020, Volume 32:3, 102–114
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I. B. Petrov, see A. V. Vasyukov
Mat. Model., 2020, Volume 32:5, 95–102
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N. P. Pil'nik, see Yu. K. Achkasov
Mat. Model., 2020, Volume 32:5, 103–125
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K. E. Plokhotnikov
Numerical method for reconstructing the average positions of quantum particles in a molecular system
Mat. Model., 2020, Volume 32:9, 20–34
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B. D. Plyushchenkov, A. A. Nikitin
Numerical modelling of electroacoustic logging including Joule heating
Mat. Model., 2020, Volume 32:2, 58–76
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S. V. Podolyako, see M. B. Markov
Mat. Model., 2020, Volume 32:2, 129–142
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A. V. Polbin, N. D. Fokin
Econometric modeling of the balanced potential growth
rate of the main Russian macroeconomics variables
Mat. Model., 2020, Volume 32:7, 98–112
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A. Yu. Popkov, see Yu. S. Popkov
Mat. Model., 2020, Volume 32:9, 35–52
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Y. S. Popkov, A. Y. Popkov, Y. A. Dubnov
Cross-entropy reduction of data matrix with restriction on information capacity of projectors and their norms
Mat. Model., 2020, Volume 32:9, 35–52
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V. N. Popov, see O. V. Germider
Mat. Model., 2020, Volume 32:9, 3–19
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A. I. Potapenko, see V. A. Egorova
Mat. Model., 2020, Volume 32:1, 85–99
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Yu. A. Poveschenko, see A. Yu. Krukovskii
Mat. Model., 2020, Volume 32:1, 50–70
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Yu. A. Poveschenko, see V. F. Tishkin
Mat. Model., 2020, Volume 32:8, 57–90
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E. A. Protsenko, see A. I. Sukhinov
Mat. Model., 2020, Volume 32:2, 3–23
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S. V. Protsenko, see A. I. Sukhinov
Mat. Model., 2020, Volume 32:2, 3–23
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B. V. Rogov, see M. D. Bragin
Mat. Model., 2020, Volume 32:6, 21–36
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Yu. G. Rykov, see V. E. Borisov
Mat. Model., 2020, Volume 32:10, 3–20
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S. A. Samotylova, see I. S. Mozharovskii
Mat. Model., 2020, Volume 32:3, 127–142
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V. I. Savel'ev, see B. N. Chetverushkin
Mat. Model., 2020, Volume 32:12, 3–13
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A. V. Saveliev, see B. N. Chetverushkin
Mat. Model., 2020, Volume 32:12, 3–13
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E. B. Savenkov, see E. N. Golovchenko
Mat. Model., 2020, Volume 32:4, 107–115
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E. B. Savenkov, see A. S. Meretin
Mat. Model., 2020, Volume 32:7, 59–76
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Vas. V. Sazonov
Comparison of two model of aerodynamic drag used for ISS orbital motion prediction
Mat. Model., 2020, Volume 32:10, 77–90
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Vas. V. Sazonov
Construction of interactive geometric model of outside surface of a spacecraft
Mat. Model., 2020, Volume 32:6, 37–52
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V. N. Schetinin, see A. P. Sokolov
Mat. Model., 2020, Volume 32:8, 119–138
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N. I. Sel'vesyuk, see V. G. Zadorozhniy
Mat. Model., 2020, Volume 32:5, 21–43
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R. E. Semenko, see A. M. Blokhin
Mat. Model., 2020, Volume 32:7, 3–23
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M. Y. Semenov, see V. G. Zadorozhniy
Mat. Model., 2020, Volume 32:5, 21–43
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M. A. Semin, see S. A. Bublik
Mat. Model., 2020, Volume 32:7, 127–142
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Yu. S. Sharova, see A. Yu. Krukovskii
Mat. Model., 2020, Volume 32:1, 50–70
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A. A. Shestakov
Test problems on shock compression of layered spherical systems
Mat. Model., 2020, Volume 32:12, 29–42
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A. A. Shestakov
Study of different approximations for solving heat transfer
Mat. Model., 2020, Volume 32:7, 77–97
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A. I. Shestoperov, see M. Yu. Ovchinnikov
Mat. Model., 2020, Volume 32:12, 14–28
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A. V. Shilkov
Tensor expansions of the angular particle distribution
Mat. Model., 2020, Volume 32:3, 61–80
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A. V. Shilkov
Lebesgue moment method for solving the neutron transport equation
Mat. Model., 2020, Volume 32:5, 59–94
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M. L. Shur, see E. K. Guseva
Mat. Model., 2020, Volume 32:6, 3–20
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V. V. Sidorov, see A. Yu. Bondarenko
Mat. Model., 2020, Volume 32:8, 106–118
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V. V. Sidoryakina, see A. I. Sukhinov
Mat. Model., 2020, Volume 32:2, 3–23
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V. N. Simonov, N. L. Matison, O. V. Boytsova, E. B. Markova
Modeling of vibration of nanoporous microcantilevers from anodic aluminum oxide for biochemical sensors
Mat. Model., 2020, Volume 32:8, 31–42
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A. P. Sokolov, V. N. Shchetinin, M. Yu. Kozlov
Modeling elastic properties of composites using asymptotic averaging method with imperfect interface
Mat. Model., 2020, Volume 32:8, 119–138
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V. V. Sorokina, see A. V. Kleshhenkov
Mat. Model., 2020, Volume 32:3, 47–60
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M. E. Stepantsov
Cellular automaton based model of information warfare
Mat. Model., 2020, Volume 32:7, 47–58
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L. G. Strakhovskaya
On three-dimensional numerical modelling hydrodynamic and gravitational instability of the protoplanetary disk
Mat. Model., 2020, Volume 32:10, 105–118
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M. Kh. Strelets, see E. K. Guseva
Mat. Model., 2020, Volume 32:6, 3–20
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V. A. Sudakov, see B. N. Chetverushkin
Mat. Model., 2020, Volume 32:3, 115–126
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V. A. Sudakov, see I. P. Bogdanov
Mat. Model., 2020, Volume 32:4, 43–56
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D. Ya. Sukhanov, A. E. Kuzovova
Modeling wave processes by the particle dynamics method
Mat. Model., 2020, Volume 32:10, 119–134
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A. I. Sukhinov, A. E. Chistyakov, E. A. Protsenko, V. V. Sidoryakina, S. V. Protsenko
Set of coupled suspended matter transport models including three-dimensional hydrodynamic processes in the coastal zone
Mat. Model., 2020, Volume 32:2, 3–23
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I. A. Sukin, see A. M. Tsirlin
Mat. Model., 2020, Volume 32:10, 47–61
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A. G. Sveshnikov, see Yu. A. Eremin
Mat. Model., 2020, Volume 32:10, 21–33
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N. G. Syzranova, see V. A. Andrushchenko
Mat. Model., 2020, Volume 32:12, 103–113
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A. V. Tikhonovets, see Yu. A. Nikitchenko
Mat. Model., 2020, Volume 32:9, 103–118
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V. F. Tishkin, see R. V. Zhalnin
Mat. Model., 2020, Volume 32:10, 34–46
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V. F. Tishkin, see M. D. Bragin
Mat. Model., 2020, Volume 32:2, 113–128
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V. F. Tishkin, V. A. Gasilov, N. V. Zmitrenko, P. A. Kuchugov, M. E. Ladonkina, Yu. A. Poveschenko
Modern methods of mathematical modeling of the development of hydrodynamic instabilities and turbulent mixing
Mat. Model., 2020, Volume 32:8, 57–90
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V. F. Tishkin, see I. M. Gubaydullin
Mat. Model., 2020, Volume 32:9, 119–130
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V. F. Tishkin, see Yu. A. Kriksin
Mat. Model., 2020, Volume 32:9, 87–102
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L. Yu. Tkach, see S. I. Martynov
Mat. Model., 2020, Volume 32:12, 81–94
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S. S. Tkachev, see M. Yu. Ovchinnikov
Mat. Model., 2020, Volume 32:12, 14–28
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N. B. Toporov, see I. P. Bogdanov
Mat. Model., 2020, Volume 32:4, 43–56
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A. Yu. Torgashov, see I. S. Mozharovskii
Mat. Model., 2020, Volume 32:3, 127–142
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A. K. Travin, see E. K. Guseva
Mat. Model., 2020, Volume 32:6, 3–20
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O. V. Trifonov, see V. N. Likhachev
Mat. Model., 2020, Volume 32:1, 3–14
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A. M. Tsirlin, I. A. Sukin, A. I. Balunov
Mathematical model of rectification process and separation sequence selection of multicomponent mixes
Mat. Model., 2020, Volume 32:10, 47–61
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V. O. Tsvetkova, see A. P. Duben
Mat. Model., 2020, Volume 32:11, 79–98
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I. I. Ul'shin, see V. G. Zadorozhniy
Mat. Model., 2020, Volume 32:5, 21–43
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V. N. Ul'yanov, see E. V. Usov
Mat. Model., 2020, Volume 32:4, 131–144
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R. V. Uskov, see V. A. Egorova
Mat. Model., 2020, Volume 32:1, 85–99
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E. V. Usov, V. N. Ulyanov, A. A. Butov, V. I. Chukhno, P. A. Lykhin
Modeling multi-phase flows of hydrocarbons in gas-condensate and oil wells
Mat. Model., 2020, Volume 32:4, 131–144
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G. V. Ustyugova, A. V. Koldoba
Difference scheme with a symmetry analizer for equations of magnetohydrodynamics
Mat. Model., 2020, Volume 32:12, 65–80
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A. V. Vasyukov, M. A. Elovenkova, I. B. Petrov
Modeling of thin fiber deformation and destruction under dynamic load
Mat. Model., 2020, Volume 32:5, 95–102
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D. K. Vinokurov
Construction of the generalized algorithm of diffuse radiation configuration factors calculation
Mat. Model., 2020, Volume 32:1, 71–84
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Yu. A. Volkov, A. S. Dmitriev, M. B. Markov
Vlasov equation for phonons and its macroscopic consequences
Mat. Model., 2020, Volume 32:11, 16–28
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E. M. Volodin, see V. V. Vorob'eva
Mat. Model., 2020, Volume 32:11, 47–58
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V. V. Vorobyeva, E. M. Volodin
Experimental studies of seasonal weather predictability based on the INM RAS climate model
Mat. Model., 2020, Volume 32:11, 47–58
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F. N. Voronin, see V. A. Egorova
Mat. Model., 2020, Volume 32:1, 85–99
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V. S. Yaroshevsky, see V. N. Likhachev
Mat. Model., 2020, Volume 32:1, 3–14
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L. F. Yukhno, see A. P. Mikhailov
Mat. Model., 2020, Volume 32:12, 129–140
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V. G. Zadorozhniy, M. E. Semenov, N. I. Sel'vesyuk, I. I. Ulshin, V. S. Nozhkin
Statistical characteristics of solutions of the system of the stochastic transfer model
Mat. Model., 2020, Volume 32:5, 21–43
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D. A. Zenyuk, G. G. Malinetsky
Pattern formation in reaction-diffusion system with time-fractional derivatives
Mat. Model., 2020, Volume 32:6, 53–65
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R. V. Zhalnin, V. F. Masyagin, E. E. Peskova, V. F. Tishkin
Modeling of Richtmyer–Meshkov instability development using the discontinuous Galerkin method and local-adaptive meshes
Mat. Model., 2020, Volume 32:10, 34–46
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R. V. Zhalnin, see I. M. Gubaydullin
Mat. Model., 2020, Volume 32:9, 119–130
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V. T. Zhukov, see V. G. Bobkov
Mat. Model., 2020, Volume 32:11, 99–113
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V. T. Zhukov, O. B. Feodoritova, N. D. Novikova, A. P. Duben
An explicit-iterative scheme for the time integration of the Navier–Stokes equations
Mat. Model., 2020, Volume 32:4, 57–74
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A. A. Zhukova
Model of the producer’s behavior in the presence of random moments of obtaining a loan and investment
Mat. Model., 2020, Volume 32:4, 16–30
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M. E. Zhukovskii, see V. A. Egorova
Mat. Model., 2020, Volume 32:1, 85–99
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N. V. Zmitrenko, see V. F. Tishkin
Mat. Model., 2020, Volume 32:8, 57–90
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I. A. Znamenskaya, see B. N. Chetverushkin
Mat. Model., 2020, Volume 32:5, 44–58
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