Институт вычислительной математики
и математической геофизики

Programm
Numerical solution of differential and integral equations

14-30 -- 16-30 

1. Rukavishnikov A.V., Kobelkov G.M., Rukavishnikov V.A. The Method of Numerical Analysis for Stokes Problem with Discontinuous Coefficient (abstract in russian)

2. Kovenya V.M. Алгоритмы оптимального расщепления для численного решения уравнений Эйлера и Навье-Стокса сжимаемого газа и несжимаемой жидкости (abstract in russian)

3. Karepova E.D., Malyshev A.V., Shaidurov V.V. The Finite Elements Method for Navier-Stokes Equations for Viscous Heat-Conductive Gas (abstract in russian)

4. Gobysh A., Shokina N., Shurina E. Analysis of numerical algorithms for Navier – Stokes equations based on finite element method

5. Feodoritova O.B. , Zhukov V.T. , Young D. P. P-multigrid for hp-discretization of the Euler and Navier-Stokes equations

6. Gurieva Y.L. Numerical solution of 3D Navier-Stokes problem (abstract in russian)

16-45 -- 18-45 

1. Kuzin V.I., Chursina A.Yu. Полулагранжева схема для уравнений конвекции с использованием МКЭ (full text)

2. Yaroslavtseva T.V. Оценка параметров выноса сульфатного аэрозоля с поверхности Селитренного озера (full text)

3. Borisova N.M., Ostapenko V.V. Modified discontinuity decay method for numerical calculation of the shallow water equations. (abstract in russian)

4. Sirochenko V.P. The application of the fictitious domain method to equations of hydrodynamics written in terms of velocity, vorticity and temperature (abstract in russian)

5. Balaganski M.Y., Zakharov Y.N. About boundary conditions in solving equations of hydrodynamics in infinite regions (abstract in russian)

6. Hegarty A. Robust numerical solution of a turbulent jet problem

14-30 -- 16-30 

1. Creamer D.B. Robust numerical method for a singularly perturbed Black-Scholes equation in a bounded subdomain

2. Li S. On numerical methods for a singularly perturbed Black-Scholes equation with nonsmooth initial data

3. Blatov I.A.,Isaeva L.M. ABOUT CONVERGENCE OF ALGORITHMS OF ADAPTATION FOR SINGULAR PERTURBED BOUNDARY VALUE PROBLEMS

4. Zadorin A.I., Kharina O.V. Numerical method for nonlinear equation with a boundary layer, corresponding to region of a chemical reaction (abstract in russian)

5. Zadorin A.I., Chekanov A.V. Numerical method for singular perturbed elliptic equation in a strip (abstract in russian)

16-45 -- 18-45 

1. Shishkina L.P. The Richardson method of high-order accuracy in $t$ for a quasilinear singularly perturbed parabolic reaction-diffusion equation on a strip

2. Tselishcheva I.V. Domain decomposition methods for quasilinear singularly perturbed parabolic equations of reaction-diffusion type in a composed domain

3. Rukavishnikov V.A., Ereklintsev A.G. Исследование дифференциальных свойств $R_{u}$ - обобщенных решений краевых задач с сингулярностью (abstract in russian)

4. Molorodov Y.I. Use of a method of a local collocation for the decision of regional problems(tasks) with a boundary layer

14-30 -- 16-30 

1. Vabitchevich P.N. Операторно-разностные схемы для нестационарных задач электродинамики (full text)

2. Soloveichik Yu.G., Persova M.G., Petrov R.V. Calculation Of Electrodynamic Processes In Motors With Moving Parts

3. Soloveichik Yu.G., Royak M.E., Persova M.G., Abramov M.V., Seleznev A.N. The 3D electromagnetic fields finite element modeling using edge-elements on irregular meshes

4. Ilin A.V. Simulation of the plasma interaction with RF waves in the VASIMR

5. Denisenko V.V. Energy method for calculation of 3-D vector field with given divergence and curl

6. Sveshnikov V.M. Element-oriented technology for calculation of the charged particle trajectories

16-45 -- 18-45 

1. Urev M.V. Some results for generalised Maxwell-Leontovich operator (abstract in russian)

2. Kremer I.A., Urev M.V. Расчет осесимметричных магнитных полей методом конечных элементов. (abstract in russian)

3. Shurina E.P., Gelber A.V. An analysis of vector and scalar FEM for modeling non-stationary electromagnetic fields

4. Shurina E.P., Gelber M.A. Investigation of vector finite element method for modeling time-harmonic electromagnetic fields

5. Soloviev S.A. The numerical solution of non-linear system of electromagnetic and magnitostatic problem (abstract in russian)

6. Derevtsov E. A numerical solution for the vector tomography problem with usage of polynomial and local bases

16-45 -- 18-45 

1. Glasser A., Liseikin V. D., Lebedev A. S., Kitaeva I. A. A comprehensive method for generating adaptive numerical grids (abstract in russian)

2. Royak M.E., Ivanov I.A. The irregular tetrahedral meshes construction in the domains with complicated non-uniformly scaled geometry

3. Cho S. , Nepomnyaschikh S.V. , Park E.J. Domain Decomposition Preconditioning for Elliptic Problems with Arbitrary Jumps in Coefficients

4. Nepomnyaschikh S.V., Park E.J., Park J. Preconditioning by Domain Decomposition for Mixed Formulation of Anisotropic Problems

5. Rogalyov A. Methods of construction of upper and lower bounds of solutions of differential equations and their application (abstract in russian)

6. Laevsky Y.M., Kalinkin A.A. On numerical experiments of some iterative methods in mixed FEM (full text)

14-30 -- 16-30 

1. Leonid B. Chubarov, Zinaida I. Fedotova, Stanislav V. Eletsky Numerical modeling of surface waves generation by the motion of a landslide

2. Tsvetova E.A. Numerical methods in Lake Baikal hydrodynamics model (full text)

3. Khabakhpashev G.A. Numerical solution to integro-differential equation for nonlinear waves in a two-layer viscous liquid between the gently sloping lid and bottom (abstract in russian)

4. Stavtsev S.L. Some features of the numerical decision of problems of distribution of a sound in fine water on the basis of the integral equations (abstract in russian)

5. Krupchatnikoff V.N., Krylova A.I. Numerical modelling of surface hydrology in Coupled Climate Model

6. Parsaei M. Diffraction in Numerical Solution of Hyperbolic Equations

14-30 -- 16-30 

1. Boikov I.V., Romanova E.G. The approximate solution of hypersingular intgeral equations.

2. Mishchenko V.O. К моделированию электромагнитных явлений на базе использования методов дискретных особенностей для решения гиперсингулярных интегральных уравнений (abstract in russian)

3. Dreglea A.I., Shishkin G.I. Robust numerical method for a singularly perturbed equation with unboundedly growing convective term at infinity

4. Omuraliev A.S. About a fimite element approach to solving singular perturbed problem

16-45 -- 18-45 

1. Petrovich O. Method of numerical analysis of gasfilled EOS with movement plasma cathode (abstract in russian)

2. Melnyk I.V. Modification of particle-in-cell method to simulation of high voltage glow discharge electron sources

3. Sveshnikov V.M. Расчет плотности тока эмиссии и объемного заряда в задачах численного моделирования электронно-оптических систем

4. Royak M.E., Adamanova S.T., Korobeinikov S.M. The electromagnetic field modeling in original wire

5. Ofitserov V.V., Zaytsev A. U., Semeshov V. A. Computing simulation of dynamic processes in small-sized betatrons

14-30 -- 16-30 

1. Kovyrkina O.A., Ostapenko V.V. The construction of asymptotic of a difference solution on the basis of P-form of a differential approximation of a difference scheme (abstract in russian)

2. Vorozhtsov E.V. On the Construction of Difference Schemes for Hyperbolic Conservation Laws with the Aid of the B"{u}rmann-Lagrange Expansions

3. Paasonen V.I. The high-order accuracy difference schemes for boundary value problems in inhomogeneous domains.

4. Shapeev V.P. Implicit finite-difference scheme with approximation error $O( au^4,h^8)$ for the heat conduction equation (full text)

5. Shirobokov N.V. Third and Fourth Order's Evolutionary Equations Spliting

6. Sidorov A., Plavnik A. Solution of partial differential equations with methods of spline approximation (full text)

7. Pavlov M.V., Volkov A.P. Numerical solution of elliptic equation on quasistructured grids (abstract in russian)

16-45 -- 18-45 

1. Voevodin A.F., Goncharova O.N. Methods of splitting on physical processes for computation of convection problems in closed domains

2. Filatov D.M. On Local Hyperbolic Absorbing Boundary Conditions Based on Dimensional Splitting and Spline Approximations

3. Galanin M.P., Savenkov E.B. Finite superelement method for velosity skin-layer problem

4. Timerbaev M.R. Optimal convergence FEM for boundary value problem with degeneration on a boundary

5. Semin L.G. Collocation and least-squares method for 2d heat conduction equation

6. Utemaganbetov Z.S., Mukimbekov M.Zh. About the new method for numerical solution of boundary problems of second order linear differential equations (abstract in russian)

14-30 -- 16-30 

1. Tcheverda V.A. L_2 seismic inversion in connection with prestack migration (full text)

2. Kostin V.I. Khaidukov V.G. Tcheverda V.A. Seismic depth migration and L_2 waveform inversion

3. Tsibulchik G.M. The continuation of wave field: spectral (omega - k) approach

4. Fatyanov A.G. Wave fields in media with curvilinear boundaries (abstract in russian)

5. Khairetdinov M.S. Numerical Characteristics of Physical Nonlinearity in Vibrational Seismic..

6. Sabinin V., Ronquillo-Jarillo G., Chichinina T. Numerical model of seismic wave propagation in viscoelastic media

16-45 -- 18-45 

1. Alekseev A.S., Belonosova A.V., Belonosov A.S., Tsetsokho V.A. Об алгоритмах решения двумерных и трехмерных обратных кинематических задач сейсмики (abstract in russian)

2. Surodina I.V., Epov M.I., Martakov S.V. 3-D mathematical modelling harmonic electromagnetic fields for electromagnetic logging in inclined and horizontal borecholes

3. Protasov M.I. Gaussian beams true amplitude seismic imaging in vertically transversally-isotropic mediums

4. Mikhailenko B.G., Reshetova G.V. Numerical modeling of 3D seismic filelds with PML boundary approach

5. Chervov V.V. , Tychkov S.A., Chernykh G.G. Трехмерная численная модель конвекции в мантии Земли (full text)

6. Soloveichik Yu.G., Persova M.G., Trakimus Yu.V. The use of vector and scalar fem for calculating the three dimension non-stationary field of a vertical current line in solving electrical survey tasks

14-30 -- 16-30 

1. Karchevsky A.L. Numerical algorithm for solving the elasticity system for horizontally stratified anisotropic media

2. Burnasheva A.G. Difference method of the solution of a problem of temperature pressure

3. Voevodin A.F., Katyshev V. A difference method for solving initial boundary value problems for the differential equation of crack pattern formation

4. Merazhov I.Z., Komissarov V.V. Numerical solution of one-dimensional inverse problem electroelastisity for in vertical-inhomogeneous cubic structure medium (abstract in russian)

5. Gladkih V.S., Il'in V.P. Algorithms for solving elasticity problem with a crack (abstract in russian)

16-45 -- 18-45 

1. Alekseev J. A., Martynov V. N. Mikhailenko B.G. Modelling propagation of elastic waves in cracked medium

2. Rukavishnikov V.A., Tkachenko O.P. Вывод и численный анализ нелинейного уравнения движения растяжимого подземного трубопровода (abstract in russian)

3. Timofeeva T.S. About one difference method of the decision of a problem of a biphase three-componental filtration (abstract in russian)

4. Vasiliv V.I., Lobanov V.V., Popov V.V. Numerical solution of holes problem (abstract in russian)

5. Vasiliev V.I., Popov V.V., Shirokikh F.F. Numerical solution of the some problems of multiphase filtration (abstract in russian)

6. Ravshanov N., Japparova R. K,, Shermatova G. Mathematical modeling and numerical decision of tasks of filtering of solutions in view of formation(education) of a layer deposits (abstract in russian)

14-30 -- 16-30 

1. Zolotukhin A.Y. О методе с регуляризацией на ядре оператора в задаче Синьорини (abstract in russian)

2. Tikhonova O. Numerical solution nonlocal problem for equation of wave (abstract in russian)

3. Itkina N.B. Thealgorithm of inverse problem of thermokinetic processes (abstract in russian)

4. Boyko O.A., Itkina N.B. Analysis of algorithms of solving of inverse conductivity problem. (abstract in russian)

5. Karaulova I.V., Markova E.V. Numerical solution of systems of non-classical Volterra equations of the first kind (abstract in russian)

6. Apartsyn A.S., Solodusha S.V., Spiryaev V.A. On numerical solution of one class of bilinear Volterra equations of the first kind (abstract in russian)

14-30 -- 16-30 

1. Popov V.N., Kostjukova E.V., Gainova I.A. Modeling of impact of a fluid metal droplet with cold substrare

2. Popov V.N., Tsivinskaya Yu.S., Kokh A.E., Kokh K.A. Melt convection under conditions of crucible nonuniform lateral walls heating

3. Kurikalova M.A., Medvedev S.B., Fedoruk M.P. Quas-linear theory of nonlinear Schredinger equation for fiber links with pereodic parameters

4. Shtyrina O.V., Fedoruk M.P. Numerical simulation and optimization fiber links with optical regenerators

5. Blatov I.A., Pimenov A.S. The application of the spline wavelets to the numerical modelling of the slender antennas

6. Badriev I.B., Banderov V.V., Zadvornov O.A. Statement and numerical investigation of stationary problems on contact of a soft shells and a barrier

7. Bulatov M.V., Koshkareva L.V., Chistyakova E.V. Numerical Solution of Singular Integral Differential Equations

16-45 -- 18-45 

1. Penenko V.V. Decomposion and integration of numerical models of different space-time scales with the use of variational technique (full text)

2. Alekseev A.S., Vedernikov Y.A. Математические методы информатики в многокритериальной оптимизации

3. Debelov V.A., Vassilieva L.F. Разделение расчета видимости и освещенности в алгоритме лучевой трассировки

4. Tarasov I.A, Pertsev N.V. Numerical solution of integral model of populations dynamics (abstract in russian)

5. Ivanov A.A. Numerical solution of hadron transport equitions in extensive air shower of cosmic rays

6. Krevchik V.D., Levashov A.V. MODELING OF ENERGY SPECTRUM AND OPTICAL PROPERTIES OF THE QUANTUM DOT - А+ CENTER COMPLEX IN THE ADIABATIC APPROACH

14-30 -- 16-30 

1. Il'in V.P., Shmakov I.A. Numerical solution of filtration and electrostatic problems of laterolog survey probing (abstract in russian)

2. Efimov S.A. Applying of mathematical model of bound oscillating circuits for the description of changes of a modularly hierarchical constitution of rock masses

3. Kabannik A.V. , Tcheverda V.A. 3D seismic tomography without ray tracing (full text)

4. Vishnevsky D.M., Kostin V.I., Tcheverda V.A. Seismic waves radiation by bore-hole source

5. Arturov K.I., Gorbenko N.I., Kuznetsov A.G., Pirogov V.O., Shustrov N.A. Modeling of direct and invers problems in electrical logging

16-45 -- 18-45 

1. Alekseev A.S., Imomnazarov Kh.Kh., Grachev E.V., Rakhmonov T.T., Imomnazarov B.Kh. Direct and inverse dynamic problems for a system of equations of continual theory of filtration

2. Dorovsky V.N., Perepechko Yu.V., Imomnazarov Kh.Kh., Zhapbasbay B.M. Numerical modelling of wave fields in saturated porous mediums (abstract in russian)

3. Pavlov M.N. Method of a difference solution of a two-phase filtration

4. Badriev I.B., Zadvornov O.A., Ljashko A.D., Ismagilov L.N. On the numerical solution of the some nonlinear the seepage theory problems.

5. Zaharov J.N., Lobasenko R.B., Ragulin V.J. One non-stationary mathematical model of a method ultrafiltration

14-30 -- 16-30 

1. Ivanova E.A., Chumakova N.A., Chumakov G.A. The saddle loop correction algorithm for two-dimentional autonomous ODE

2. Laevsky Y.M. On the defect-correction in FEM (full text)

3. Shapeev A.V. Mixed spectral and finite-difference discretization (abstract in russian)

4. Ansari A.R. Computational techniques for blood flow through arteries

5. Levykin A.I. Numerical solution of quasi-linear differential-algebraic systems. (abstract in russian)

6. (full text)

14-30 -- 16-30 

1. S.I. Fadeev, V.A. Kirillov, A.B. Shigarov Modeling of a catalytic rector-generator of hydrogen

2. Zotkevich A. 2D numerical simulation of a flame front propagation

3. Sazhenkova E., Chumakova N. An Effective Method of Numerical Construction of Autowave Solutions for 1-D Models of Processes in Catalytic Reactors (abstract in russian)

4. Likhoshvai V.A., Fadeev S.I., Demidenko G.V., Matushkin Yu.G. Modeling the multi-stage synthesis of substance without branching by equation with retarded argument

5. Perminov V.A. MATHEMATICAL MODELING OF LARGE FOREST FIRE INITIATION

6. Suzdalova L.V. The numerical realization of mathematical models of crystallization and their appendix in electroarc welding

16-45 -- 18-45 

1. Larionova I.G. The numerical decision of regional problems heat and mass transfer with phase transitions

2. Ponomaryuk Y.Y., Smagin S.I. Mathematical model of cathode heating attached to electro-spark alloying. (abstract in russian)

3. Bagaev B.M., Zlobin V.S. The formation of the defects carbon block

4. Boronin A.I., Elokhin V.I., Gainova I.A., Fadeev S.I. CO oxidation reaction over polycrystalline iridium. Simulation of the kinetic behavior in a frame of the subsurface oxygen model

5. Borovko I.V. The pollutant transport model based on contour dynamics.

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