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| Table of Contents | |
|---|
| Stellar monitoring and calibration of a strap-down spatial angular velocity meter
A. I. Tkachenko | 1-6 |
| Method of irreducible tensors in problems on evolution motions of a rigid body with a fixed point
Yu. M. Urman | 7-15 |
| Perturbation of motion of a body with one fixed point by a time-varying temperature field
V. E. Dzhashitov and V. M. Pankratov | 16-19 |
| Optimal control of spatial motions of a spherical pendulum
L. D. Akulenko | 20-28 |
| Stability of periodic motions of the pendulum with a horizontally vibrating suspension point
O. V. Kholostova | 29-33 |
| Equations of motion of a machine unit with a variable-speed drive as a nonholonomic system with a nonlinear second-order constraint
M. P. Yushkov | 34-38 |
| A method for estimating effective characteristics of porous bodies subjected to finite deformations
V. A. Levin, V. V. Lokhin, and K. M. Zingerman | 39-43 |
| On the spatial contact problem for an elastic cone
D. A. Pozharskii | 44-52 |
| The stress-strain state of a magnetoelastic layer with a crack due to an external magnetic field
D. D. Asanyan and G. E. Bagdasaryan | 53-59 |
| Reflection of a nonlinear beam from the free surface of a magnetic elastic layer
A. G. Bagdoev and A. V. Shekoyan | 60-66 |
| Numerical simulation of the meteorite impact on the rock and water
S. A. Afanas'eva and V. G. Trushkov | 67-75 |
| Dynamic deformation and fracture of inelastic laminated composites
K. V. Kukudzhanov | 76-85 |
| On the relationship between the plasticity theory allowing for microstresses and the endochronic theory of plasticity
Yu. I. Kadashevich and S. P. Pomytkin | 86-90 |
| Exact solutions in elementary functions in the theory of plane plastic flow in the polar coordinates
S. E. Aleksandrov and R. V. Goldstein | 91-97 |
| On the stressed state of an ideally plastic hollow nearly-circular cylinder
A. M. Vasil'eva and D. D. Ivlev | 98-103 |
| Modeling of thermomechanical processes in a crystallizing polymer
V. P. Begishev, V. P. Matveenko, N. V. Pistsov, and I. N. Shardakov | 104-114 |
| Construction of boundary integral equations for various modifications of the theory of shells of complex geometry
V. N. Paimushin, I. N. Sidorov, and I. M. Suleimanov | 115-122 |
| One form of the fundamental solution for shells of negative Gaussian curvature
B. V. Nerubailo, V. P. Ol'shanskii, and M. E. Rezunenko | 123-127 |
| Remarks on the article "On the asymptotic method for justifying the plate theory" by V. V. Vasil'ev
A. L. Goldenveizer | 128-134 |
| On the study of the stress concentration and edge effects in plates
V. F. Chekurin and R. S. Shpakovich | 135-141 |
| Steady-state transverse vibration of a periodically jointed beam on a homogeneous viscoelastic base under the action of a moving harmonic force
P. M. Belotserkovskii | 142-147 |
| Seminar of Scientific Councils of the Russian Academy of Sciences on System Mechanics and Control of Motion and Navigation
| 148-150 |
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