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Ordinary Differential Equations
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Infinite-dimensional differential equations in distributions with discontinuous functions in the right-hand side
M. V. Basin
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867–874 |
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Componentwise equiconvergence, uniform on the whole line, with the Fourier integral of the spectral expansion corresponding to the Schrödinger operator with a matrix potential satisfying the Kato condition
A. V. Kurkina
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875–879 |
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Partial integrals, integrability and the center problem
A. S. Shube
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880–888 |
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Numerical methods
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On the combination of the alternating direction method and the finite element method for the solution of problems in mathematical physics. II
V. N. Abrashin, S. N. Lehtikov
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889–897 |
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Investigation of the convergence of an iterative process for equations with degenerate operators
I. B. Badriev, O. A. Zadvornov
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898–901 |
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Asymptotic behavior of the solution of the first boundary value problem for the Laplace difference equation in the angle $5\pi/4$
I. G. Beluhina
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902–911 |
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On Galerkin's finite element method for singularly perturbed parabolic initial-boundary value problems. II. Construction of and estimates for discrete Green functions
I. A. Blatov
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912–922 |
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Difference schemes of domain decomposition for nonstationary convection-diffusion problems
P. N. Vabishchevich
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923–927 |
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On an adaptive iterative method for realizing implicit difference schemes for the nonlinear multidimensional Schrödinger equation
V. M. Volkov
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928–934 |
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A nonlinear quasimonotone finite element scheme for solving two-dimensional problems with transfer. A problem on a velocity skin layer
M. P. Galanin
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935–942 |
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A criterion for the stability of a two-dimensional difference scheme
A. V. Gulin, S. L. Degtyarev
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943–950 |
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On the convergence, uniform with respect to a small parameter, of a four-point scheme for a one-dimensional stationary convection-diffusion equation
N. V. Kopteva
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951–957 |
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On the solvability of a variational inequality in the theory of nonlinear nonstationary filtration
A. D. Lyashko, M. E. Mayorova, M. F. Pavlova
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958–965 |
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Difference schemes with variable weights for systems of hyperbolic equations
I. A. Mikhailuk
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966–975 |
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The use of adaptive grids of irregular structure for computing discontinuous solutions with an improved order of accuracy
A. V. Neledova, V. F. Tishkin
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976–985 |
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A numerical method for solving a hyperbolic system with singularities
S. N. Sytova
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986–989 |
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Short Communications
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Center conditions for a system with fifth-order nonlinearities of a special form
N. G. Makeev
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990–991 |
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Solutions of a nonautonomous nonlinear functional-differential equation that are representable by series of exponentials
A. N. Murovtsev
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992–994 |
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On limit sets of a multidimensional analogue of a nonlinear logistic difference equation
I. N. Pankratova
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995–997 |
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Об ограниченных решениях нелинейных сингулярно возмущенных систем
N. G. Panfilov
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998–999 |
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Spectral expansions of distributions from negative Sobolev classes
A. A. Rakhimov
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1000–1001 |
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On the theory of asymptotic stability
O. P. Filatov
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1002–1003 |
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