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| Table of Contents | |
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| Effect of constant accelerations and translational vibrations on drift of a free gyroscope with a noncontact suspension
R. V. Lin'kov and Yu. M. Urman | 1-7 |
| On the stability of motion of an axisymmetric rotating flight vehicle
M. R. Liberzon | 8-12 |
| Synthesis of optimal, control of a pendulum when, active disturbances are present
B. N. Sokolov and V. L. Turova | 13-21 |
| On the analysis of a vibration-proofing system using the method of functional series and multidimensional laplace transformation
A. V. Sinev and Yu. V. Stepanov | 22-26 |
| Active damping of vibrations of an elastic element
D. M. Gorinevskii and T. Yu. Zvyagina | 27-33 |
| Approximate solution method for problems of elasticity for solids with thin curvilinear coverings
B. L. Pelekh and F. N. Fleishman | 34-39 |
| Geometrically nonlinear problem of a thin composite layer with undulating surfaces of periodic structure
A. L. Kalamkarov | 40-45 |
| Thermoelastic moduli of coherent laminar media
M. A. Grinfel'd and S. L. Langman | 46-52 |
| Scalarization of dynamic elastic fields in transversely isotropic media
V. P. Sizov | 53-56 |
| Nonstationary stress wave propagation in nonlinear media with memory
M. A. Itskovich and A. A. Lokshin | 57-59 |
| Branching of a slip line
L. A. Kipnis and G. P. Cherepanov | 60-63 |
| Numerical-analytic solution method for mixed three-dimensional problems of elasticity with an unknown boundary for cavities and cracks. Part II. Shear Problem
R. V. Gol'dshtein and Yu. V. Zhitnikov | 64-77 |
| Interaction between a penny shaped macrocrack and a field of distributed microcracks
N. B. Romalis and V. P. Tamush | 78-86 |
| Method of integral boundary equations in the problem of a pointed elastic inclusion
A. P. Emel'yanov and M. V. Paukshto | 87-90 |
| Plane I-mode crack whose sides interact according to a linear law
E. I. Shifrin | 91-97 |
| Torsion of cylindrical tubes with radial cracks that originate from the outer surface
A. S. Zil'bergleit and I. B. Suslova | 98-103 |
| Sandwich shells of absolute minimum volume
Yu. V. Nemirovskii and A. V. Shul'gin | 104-112 |
| Loss of stability for a spherical shell
S. I. Meshkov and A. I. Shashkin | 113-116 |
| Elastic conducting shells in alternating electromagnetic fields
A. L. Radovinskii | 117-122 |
| Numerical-analytic solution of the thermoplasticity problem for locally heated shallow shells
V. N. Maksimovich and L. V. Khomlyak | 123-129 |
| Vibrations of a cylindrical shell acted upon by concentrated loads
A. Z. Averbukh and I. G. Mavlyutov | 130-135 |
| Nonlinear dynamics of thin-walled structures with local weakening
V. I. Patsyuk and V. K. Rimskii | 136-141 |
| Stability of rectangular plates clamped along the contour, and acted upon by combined loads
A. Z. Fridman | 142-147 |
| Coupled stability loss of a compressed stiffened panel
A. I. Manevich | 148-156 |
| Stability of a straight cantilever pipeline
A. I. Miloslavskii and Yu. L. Stanislavskii | 157-164 |
| Optimal design of nonlinear-elastic and elastic-plastic bars in torsion
L. V. Gibyanskii and A. V. Cherkaev | 165-171 |
| Some aspects of fracture of amorphous. films based on titanium iron, and cobalt
B. K. Zuev, G. V. Mikhailova, N. P. Novikov, and V. S. Sevast'yanov | 172-174 |
| Stability of a self-gravitating bar
N. A. Alfutov and B. G. Popov | 175-178 |
| On the calculation of the limiting intensity of impulsive dynamic loads in crack mechanics
N. F. Morozov, Yu. V. Petrov, and A. A. Utkin | 179-181 |
| Experimental and theoretical determination of the coefficient of velocity restitution upon impact
Kh. F. Kangur and I. R. Kleis | 182-185 |
| Clarification and analytic description of the incremental-loading modulus
E. I. Blinov | 186-190 |
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