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| Table of Contents | |
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| Evolution of the satellite rapid rotation under the action of the gravitational and aerodynamic torques
E. Yu. Kuznetsova, V. V. Sazonov, and S. Yu. Chebukov | 1-10 |
| Historical perspectives of the development of electromechanical techniques for ballistic missile guidance
D. G. Korenevskii | 11-19 |
| On the choice of the rotor shape for an electrostatically suspended gyroscope
O. G. Barkin and V. V. Podalkov | 20-26 |
| Influence of the limited-power driving torque on the stability of steady-state motions of an asymmetric top
A. M. Krivtsov | 27-36 |
| On the choice of the generalized coordinates for the analysis of motion of mechanical systems
E. S. Briskin | 37-42 |
| Quasi-steady rotatory-vibratory motions of a two-mass system with a vertically vibrating base
L. D. Akulenko | 43-51 |
| On one type of self-oscillations in systems with dry friction and impacts (to the dynamics of a jumping rod)
V. V. Andronov | 52-58 |
| Mathematical modeling of irreversible multiparameter processes and constitutive relations for continuous media
I. G. Teregulov | 59-72 |
| The multimodulus model of continuum as applied to the behavior of rocks under high stresses
V. A. Gasilov, M. V. Golovin, V. P. Myasnikov, and A. Kh. Pergament | 73-77 |
| Analytical method for the analysis of the nonlinearly elastic equilibrium of laminated noncircular cylinders
Yu. N. Nemish | 78-85 |
| Singular finite elements: review and classification
O. N. Lushchik | 86-95 |
| Complex invariant integrals in the plane problem of nonlinear elasticity
K. F. Chernykh | 96-104 |
| Influence of isolated asperities of a moving surface on the point elastohydrodynamic contact
M. Ya. Panovko | 105-113 |
| Steady-state plane ideal flows in the theory of plasticity
S. E. Aleksandrov | 114-119 |
| A shear crack in an elastic medium with variable properties under plane deformation
T. A. Belyakova and E. V. Lomakin | 120-129 |
| Theory of shells: state of the art and prospects of development
V. V. Pikul' | 130-142 |
| Transient waves in a cylindrical shell subjected to sudden harmonic loads
V. A. Kovalev, L. Yu. Kossovich, and A. V. Nikonov | 143-152 |
| Modeling of nonlinear deformation and buckling in smooth or ribbed cylindrical shells under pulse loading
N. A. Abrosimov, V. G. Bazhenov, and A. V. Yelesin | 153-160 |
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