1. Matrix numerical integration algorithm

   • A. F. Kalaida

   Numerical Methods, Investigation and Solution of Equations Pages: 1369 - 1378

2. Projection method for discretization of boundary-value problems for a fourth-order ordinary differential equation

   • A. A. Klunnik
   • V. G. Prikazchikov

   Numerical Methods, Investigation and Solution of Equations Pages: 1379 - 1384

3. Using the Aitken scheme to compute the differentiating matrix with equidistant nodes

   • V. A. Chirikalov

   Numerical Methods, Investigation and Solution of Equations Pages: 1385 - 1388

4. Rate of convergence bound in the W ₂ ¹ norm of the projection-difference scheme for the first boundary-value problem of elasticity theory in the anisotropic case

   • S. A. Voitsekhovskii
   • V. M. Kalinin

   Numerical Methods, Investigation and Solution of Equations Pages: 1389 - 1394

5. Some properties of generalized associated Legendre functions of second kind

   • N. A. Virchenko
   • I. A. Fedotova

   Numerical Methods, Investigation and Solution of Equations Pages: 1395 - 1403

6. Two-sided Runge-Kutta method accurate to sixth order for second-order ordinary differential equations

   • N. S. Golovan’
   • N. Ya. Lyashchenko

   Numerical Methods, Investigation and Solution of Equations Pages: 1404 - 1409

7. Prior bounds on generalized derivatives of solutions of second-order quasilİnear elliptic equations

   • N. M. Kukharchuk

   Numerical Methods, Investigation and Solution of Equations Pages: 1410 - 1416

8. Reflection of a harmonic elastic wave from a convex axisymmetric cavity

   • Yu. N. Podil'chuk
   • Yu. K. Rubtsov
   • P. N. Soroka

   Approximate Methods of Solution of Boundary-Value Problems of Mathematical Physics Pages: 1417 - 1423

9. Stokes problem and Muskhelishvili integral equations

   • Ya. F. Vasilenko
   • V. S. Chemeris

   Approximate Methods of Solution of Boundary-Value Problems of Mathematical Physics Pages: 1424 - 1429

10. Finite-element discretization of a parabolic equation with a discontinuous solution

    • V. V. Skopetskii
    • V. S. Deineka
    • A. L. Artemenko

    Approximate Methods of Solution of Boundary-Value Problems of Mathematical Physics Pages: 1430 - 1436

11. Solving some problems in the theory of thin shells of revolution with complex boundary conditions

    • A. T. Vasilenko
    • T. I. Polishchuk

    Approximate Methods of Solution of Boundary-Value Problems of Mathematical Physics Pages: 1437 - 1442

12. Numerical implementation of the spline-collocation method for bending of rectangular plates

    • Ya. M. Grigorenko
    • Kh. Saparov
    • M. N. Berenov

    Approximate Methods of Solution of Boundary-Value Problems of Mathematical Physics Pages: 1443 - 1448

13. Simulation of hydrodynamics and thermal physics of reliefographic processes

    • I. I. Lyashko
    • A. E. Grishchenko
    • O. P. Tsymbalyuk

    Approximate Methods of Solution of Boundary-Value Problems of Mathematical Physics Pages: 1449 - 1454

14. Minimax state estimation of continuous-discrete dynamic systems

    • V. T. Zlatskii

    Applied Topics in Control Theory, Mathematical Cybernetics, and Applied Statistics Pages: 1455 - 1458

15. Quasiperiodic solutions of variational problems of motion in a central force field

    • B. N. Kiforenko
    • V. V. Goncharov

    Applied Topics in Control Theory, Mathematical Cybernetics, and Applied Statistics Pages: 1459 - 1462

16. Spherical level-crossing measures for chi-square random fields

    • N. N. Leonenko
    • Sh. O. Sabirov

    Applied Topics in Control Theory, Mathematical Cybernetics, and Applied Statistics Pages: 1463 - 1471

17. Properties of Δ-functions

    • L. P. Lisovik

    Applied Topics in Control Theory, Mathematical Cybernetics, and Applied Statistics Pages: 1472 - 1475

18. Application of the invariant embedding method for computing nonlinear periodic oscillations

    • A. S. Belomytsev
    • V. N. Karaban

    Applied Topics in Control Theory, Mathematical Cybernetics, and Applied Statistics Pages: 1476 - 1479

19. Constructing the gain matrix of a linear observer with given characteristics

    • A. V. Shatyrko
    • L. N. Tsitritskaya
    • D. Ya. Khusainov

    Applied Topics in Control Theory, Mathematical Cybernetics, and Applied Statistics Pages: 1480 - 1484