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General numerical methods
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Collocation-variational approaches to the numerical solution of Volterra integral equations of the first kind
M. V. Bulatov
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3–9 |
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Ordinary differential equations
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On spectral approximations for the stability analysis of boundary layers
G. V. Zasko
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10–22 |
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First initial-boundary value problem for parabolic systems in a semibounded domain with curvilinear lateral boundary
E. A. Baderko, K. D. Fedorov
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23–35 |
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Partial Differential Equations
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Nonlinear method of corner boundary functions with the influence of an inflection point
I. V. Denisov, A. I. Denisov
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36–49 |
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Solvability theory for singular integro-differential equations in the class of generalized functions
N. S. Gabbasov
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50–61 |
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Investigation of dynamic processes in an elastic layer on the surface of compressible fluid
N. B. Rasulova, M. B. Rasulov
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62–68 |
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Feynman–Kac formulas for solutions of nonstationarily perturbed evolution equations
Yu. N. Orlov, V. Zh. Sakbaev
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69–87 |
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Mathematical physics
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Modeling the upper mantle convection in subduction zone
A. N. Chetyrbotsky
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88–96 |
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Spatial optimal disturbances of three-dimensional aerodynamic boundary layers
A. V. Boiko, K. V. Demyanko, S. A. Kuznetsova, Yu. M. Nechepurenko, G. V. Zasko
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97–109 |
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Ideal-fluid flow through a fixed near-wall granular layer in the form of semi-infinite step
O. B. Gus'kov
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110–119 |
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Computer science
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Stable matchings, choice functions, and linear orders
A. V. Karzanov
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120–138 |
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Papers published in the English version of the journal
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Product sums of zeta tails by series rearrangements
Chunli Li, Wenchang Chu
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8–24 |
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A monotone type second-order numerical method for Volterra–Fredholm integro-differential equation
I. Amirali, B. Fedakar, G. M. Amiraliyev
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25–34 |
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A fast single-pass method for solving min-time non-autonomous anisotropic control problems
M. S. Ho, J. S. Pak
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35–48 |
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Error analysis of the null field method for Laplace’s equation on circular domains with circular holes: source nodes just on domain boundaries
Ming-Gong Lee, Hung-Tsai Huang, Zi-Cai Li, A. L. Kazakov
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161–179 |
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Higher-order Trotter–Suzuki implementation on tight binding propagation method for calculating the density of states and optical conductivity of disordered graphene
Emmistasega Subama, Pekik Nurwantoro, Iman Santoso
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180–191 |
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