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| Table of Contents | |
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| A nonlinear game problem of reorientation of an asymmetric rigid body
V. I. Vorotnikov | 1-14 |
| Equivalence of Euler's and Cayley-Klein's variables in the kinematics of a rigid body
Yu. F. Golubev | 15-20 |
| On the Free Motion of a Viscoelastic Ball
G. G. Denisov and V. V. Novikov | 21-26 |
| A method for analyzing the resonance motion of a nonlinear oscillatory system
Yu. M. Zabolotnov | 27-37 |
| Gradient theory of elasticity
G. A. Vanin | 38-44 |
| On the analysis of a solid subject to a frontal phase transformation of its medium
V. K. Trincher | 45-53 |
| Stress state of matrix and cylindrical inclusion made of a hard superconductor under its magnetization in a transverse field
E. A. Devyatkin and I. V. Simonov | 54-58 |
| Axisymmetric contact of two temperature-sensitive bodies with different temperatures
A. A. Yevtushenko, E. V. Kovalenko, and R. D. Kulchitsky-Zhyhailo | 59-65 |
| The nonstationary axisymmetric problem of electroelasticity for a thick circular anisotropic piezoceramic plate
Yu. E. Senitskii and D. A. Shlyakhin | 66-74 |
| Diffraction of an elastic SH-wave on an impedance semiinfinite plate
S. E. Nosov | 75-77 |
| To the theory of kinematically definable states of an ideally plastic body
M. A. Artemov and D. D. Ivlev | 78-83 |
| On the modeling of the contact interaction in the mechanics of quasi-brittle fracture
N. V. Banichuk and A. V. Sharanyuk | 84-90 |
| A semi-infinite crack parallel to the boundary of an elastic half-space
V. V. Tikhomirov | 91-95 |
| Stress intensity factors for a crack in an anisotropic medium
S. V. Kuznetsov | 96-99 |
| Growth of hydrogen delaminations in a metal
A. V. Balueva and I. N. Dashevskii | 100-104 |
| Continuous models of fracture of solids subjected to nonsteady loads. I
A. I. Glushko and I. I. Neshcheretov | 105-116 |
| Numerical analysis of processes of deformation of a layered rock mass in the neighborhood of an oil well
N. G. Burago and A. N. Kovshov | 117-120 |
| To the problem of reducing the equations of elasticity to 2D equations of shell mechanics
V. V. Pikul' | 121-127 |
| A modified method of elastic solutions and estimation of its efficiency in problems of plasticity for shells of revolution
V. A. Merzlyakov | 128-135 |
| Stability of multilayer composite shells in axial compression: theory and experiment
O. A. Belova, I. A. Gorokhova, and S. N. Sukhinin | 136-140 |
| Eigenvalue analysis for the operator in panel flutter problems
S. D. Algazin and I. A. Kiiko | 141-146 |
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