1. Increasing the vibration reliability of design elements by damping their vibrations

   • V. V. Matveev

   Scientific-Technical Section Pages: 1195 - 1205

2. Models of a cavitating liquid in nonsteady hydroelastic plasticity

   • Sh. U. Galiev

   Scientific-Technical Section Pages: 1206 - 1214

3. Consideration of the imperfect elasticity of a material in using the finite-element method to investigate the resonant oscillations of a deformable solid of arbitrary shape

   • N. V. Vasilenko

   Scientific-Technical Section Pages: 1215 - 1218

4. Aerodamping of blade oscillations in turbomachinery subjected to a nonuniform separated flow

   • A. A. Kaminer
   • A. V. Dunaev
   • A. L. Stel'makh

   Scientific-Technical Section Pages: 1219 - 1221

5. Predicting the life of metals under high-cycle loading

   • V. T. Troshchenko

   Scientific-Technical Section Pages: 1222 - 1230

6. High-frequency fatigue tests as a quick method of determining the fatigue characteristics of materials

   • V. A. Kuz'menko

   Scientific-Technical Section Pages: 1230 - 1234

7. Relationship between deformation and fracture of metals under low-cycle loading

   • V. A. Strizhalo

   Scientific-Technical Section Pages: 1234 - 1237

8. Deformation and fracture of materials under impulsive loads

   • G. V. Stepanov

   Scientific-Technical Section Pages: 1238 - 1246

9. Strain-hardening of structural steels at low temperatures

   • A. A. Lebedev

   Scientific-Technical Section Pages: 1246 - 1250

10. Effect of loading rate and temperature on the crack resistance of hard alloys

    • N. V. Novikov

    Scientific-Technical Section Pages: 1250 - 1254

11. Mechanisms of fatigue crack propagation in metals

    • A. Ya. Krasovskii

    Scientific-Technical Section Pages: 1255 - 1263

12. Elastoplastic deformation and failure of materials under conditions of the plane stressed condition with various methods of proportional loading

    • N. S. Mozharovskii
    • N. I. Bobyr'

    Scientific-Technical Section Pages: 1263 - 1269

13. Characteristics of thermal fatigue of structural elements operating in a gas stream

    • G. N. Tret'yachenko
    • L. V. Kravchuk
    • R. I. Kuriat

    Scientific-Technical Section Pages: 1269 - 1277

14. Long-term strength and equivalent failure of metallic materials

    • V. I. Kovpak

    Scientific-Technical Section Pages: 1278 - 1284

15. High-temperature strength of refractory materials

    • V. K. Kharchenko

    Scientific-Technical Section Pages: 1284 - 1294

16. Supporting capacity of roll polymer films

    • É. S. Umanskii
    • V. V. Kryuchkov
    • N. S. Shidlovskii

    Scientific-Technical Section Pages: 1294 - 1305

17. Criteria of adhesive-cohesive equality of strength and the heat resistance of protective coatings

    • B. A. Lyashenko

    Scientific-Technical Section Pages: 1305 - 1308

18. Application of the finite-element method and the method of boundary integral equations to study the stress-strain state of complex structural components

    • A. L. Kvitka
    • P. P. Voroshko
    • D. K. Yakimchuk

    Scientific-Technical Section Pages: 1309 - 1319

19. Glass and ceramics — New materials for large-dimension designs

    • K. K. Amel'yanovich
    • Yu. M. Rodichev

    Scientific-Technical Section Pages: 1320 - 1326

20. Supporting capacity of turbine rotor elements

    • I. A. Kozlov

    Scientific-Technical Section Pages: 1326 - 1331

21. Testing methods for studying the strength of materials

    • A. P. Voloshchenko
    • Yu. A. Kuzema
    • N. A. Fot

    Industrial Section Pages: 1332 - 1340