1. Evaluation of the limiting state of materials under an asymmetric multicycle load

   • V. P. Golub
   • V. I. Krizhanovskii

   Scientific-Technical Section Pages: 243 - 252

2. Fatigue resistance of high-temperature alloys under cyclic temperature variation. Part 2. Method of strength and service life prediction under two-frequency nonisothermal loading

   • V. T. Trorhchenko
   • B. A. Gryaznov
   • Yu. B. Yamshanov

   Scientific-Technical Section Pages: 253 - 258

3. Evaluation of stress-rupture strength with a programmed change in stresses

   • Ch. G. Mustafin

   Scientific-Technical Section Pages: 259 - 264

4. Viscoplastic properties of steel 10GN2MFA with a complex stressed state

   • F. F. Giginyak
   • A. A. Lebedev
   • V. F. Titov

   Scientific-Technical Section Pages: 265 - 269

5. High-temperature fatigue: Example of creep lifetime prediction for grade 2 alloy 800 at 550°C

   • A. Elgharad
   • Z. Azari
   • G. Pluvinage

   Scientific-Technical Section Pages: 270 - 275

6. Examining the temperature dependence of the mechanical properties for materials in large-diameter tubes

   • A. A. Ostsemin
   • G. I. Saidov

   Scientific-Technical Section Pages: 276 - 282

7. Crushing of compact elements in impact interaction with a thin plate

   • G. V. Stepanov
   • V. I. Zubov
   • V. A. Martynov

   Scientific-Technical Section Pages: 283 - 288

8. Construction of a weight function for partly ellliptical normal ruptures

   • I. V. Orynyak
   • M. V. Borodii
   • A. Ya. Krasovskii

   Scientific-Technical Section Pages: 289 - 293

9. Numerical method for optimizing the design of a high-pressure apparatus with diamond anvils

   • N. V. Novikov
   • V. I. Levitas
   • M. M. Potemkin

   Scientific-Technical Section Pages: 294 - 302

10. Relationship between micro- and macrostresses in metals

    • A. A. Vainshtein

    Scientific-Technical Section Pages: 303 - 310

11. Comparative analysis of the load-carrying capacity of sections of metal structures using an automated system of calculating strength and cracking resistance

    • I. I. Koksharov
    • A. E. Burov

    Scientific-Technical Section Pages: 311 - 314

12. Fatigue strength of tubular structural elements under bending oscillations. Report 2. Fatigue strength of tubular structural members under programmed loading

    • O. N. Gerasimchuk
    • S. S. Gorodetskii
    • Yu. S. Nalimov

    Production Section Pages: 315 - 319