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| Table of Contents | |
|---|
| New combined algorithm for identification of the orientation of a rigid body
S. E. Perelyaev | 1-13 |
| On the rotation of a rigid body in a generalized potential force field
Yu. V. Barkin | 14-19 |
| Rigid body rotation control under nonstationary perturbations
A. Yu. Aleksandrov | 20-25 |
| Specific features of dynamics of a false twist spindle
P. K. Plotnikov, V. Yu. Chebotarevskii, and Yu. V. Chebotarevskii | 26-35 |
| On one approach to solving the Darboux problem
E. A. Ivanova | 36-43 |
| Stability of uniform rotations of a top suspended on a string and subjected to dissipative and constant torques
A. V. Karapetyan and I. S. Lagutina | 44-47 |
| On the equilibrium of a rigid body based on the internal rough surface of a cylinder
N. N. Bolotnik and S. A. Kumakshev | 48-57 |
| On the dynamics of a two-mass jumper
A. B. Baziyan | 58-68 |
| On the parametrization of nonlinear equations governing the deformation of an elastic body
A. N. Danilin and V. I. Shalashilin | 69-77 |
| Description of the elastic properties of composites subjected to high-speed loading
G. V. Kozlov, A. K. Mikitaev, and V. U. Novikov | 78-81 |
| Determination of the stress-strain state of a layered cylindrical structure subjected to multiple local dynamic loads
I. P. Miroshnichenko and V. P. Sizov | 82-88 |
| On the stability of hereditary media
V. D. Klyushnikov | 89-92 |
| Numerical simulation of plastic strain localization and fracture of viscoelastic materials
V. Yu. Kibardin and V. N. Kukudzhanov | 93-101 |
| Constitutive equations for an elastoplastic body at finite strains
A. D. Chernyshov | 102-108 |
| On the compression of a disk-shaped ideally plastic layer by rough plates
I. P. Grigor'ev and D. D. Ivlev | 109-119 |
| Stress state of a plastic layer the strength of which varies across the thickness
V. L. Dil'man and A. A. Ostsemin | 120-126 |
| On the stagnation zone in a simulation of axisymmetric pressure metal forming under creep
S. E. Aleksandrov, V. L. Danilov, and N. N. Chikanova | 127-129 |
| Is fracture possible during the stress relaxation?
I. Yu. Tsvelodub | 130-134 |
| Threshold and related effects in mechanics of fatigue crack growth
V. V. Bolotin and O. V. Trifonov | 135-146 |
| Response of a cylindrical elastic shell to an applied impulse
V. B. Poruchikov | 147-152 |
| Free vibrations of a homogeneous elliptic membrane
L. D. Akulenko and S. V. Nesterov | 153-162 |
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