1. Strength and crack resistance of ceramics. Report No. 1. Cordierite

   • G. A. Cogotsi
   • V. P. Zavada
   • F. Ya. Kharitonov

   Scientific-Technical Section Pages: 1651 - 1655

2. Strength and crack resistance of ceramics. Report No. 2. Silicon Nitride Ceramic

   • G. A. Gogotsi
   • V. P. Zavada
   • O. D. Shcherbina

   Scientific-Technical Section Pages: 1656 - 1660

3. Piezoelectric properties of a ferroelectric ceramic

   • V. A. Kuz'menko
   • V. N. Nishchenets
   • V. K. Khaustov

   Scientific-Technical Section Pages: 1660 - 1663

4. Use of fatigue-damage transducers to evaluate the loading of structural elements

   • V. T. Troshchenko
   • V. A. Kuz'menko
   • V. I. Boiko

   Scientific-Technical Section Pages: 1663 - 1667

5. Determination of the distribution function of the parameters of a creep equation of state

   • A. N. Badaev

   Scientific-Technical Section Pages: 1668 - 1673

6. Fatigue strength ofα-titanium alloys with cophasal variable normal and shear stresses

   • Yu. A. Shamanin

   Scientific-Technical Section Pages: 1673 - 1675

7. Study of the fatigue resistance of the material of segments of turbogenerator stators

   • A. N. Polandova
   • T. G. Kovaleva
   • A. I. Kovalev

   Scientific-Technical Section Pages: 1675 - 1677

8. Study of structural changes for a two-phase titanium alloy with shock-wave loading

   • Yu. N. Petrov
   • G. N. Nadezhdin
   • V. V. Astanin

   Scientific-Technical Section Pages: 1677 - 1681

9. Effect of temperature and test conditions on the mechanical properties of molybdenum alloy 4604 in different structural conditions

   • V. V. Bukhanovskii
   • V. K. Kharchenko
   • V. N. Kiseleva

   Scientific-Technical Section Pages: 1682 - 1689

10. Some recularities in the ductile-brittle failure of cast irons with spheroidal graphite

    • V. V. Kalaida

    Scientific-Technical Section Pages: 1690 - 1693

11. Results of an experimental investigation of fracture kinetics and crack resistance of brittle materials

    • G. S. Pisarenko
    • V. P. Naumenko
    • V. M. Stepkov

    Scientific-Technical Section Pages: 1694 - 1702

12. Determination of the stress-strain state and limiting equilibrium of multilayered plates with cracks

    • L. T. Berezhnitskii
    • M. V. Delyavskii
    • I. I. Rudnitskii

    Scientific-Technical Section Pages: 1702 - 1708

13. Evaluating the fracture toughness of a low-strength steel on small specimens

    • V. P. Naumenko
    • V. A. Rakovskii
    • V. N. Krasiko

    Scientific-Technical Section Pages: 1708 - 1713

14. Constancy of the stress intensity factor at the tip of a crack during its propagation is a rectangular plate

    • V. I. Bokhmurskii
    • N. M. Kundrat
    • M. M. Shved

    Scientific-Technical Section Pages: 1714 - 1717

15. Introduction of the characteristic dimension for describing the scale effect under conditions of stress concentration in composites

    • A. N. Polilov
    • V. B. Strekalov

    Scientific-Technical Section Pages: 1717 - 1722

16. Reliability of bends of nonheated boiler tubes

    • N. V. Bugai
    • V. L. Akhremenko
    • V. S. Zamotaev

    Scientific-Technical Section Pages: 1722 - 1726

17. Investigation of elastoplastic problems by the holographic moiré method. Report 1

    • V. A. Zhilkin

    Scientific-Technical Section Pages: 1727 - 1731

18. Investigation of elastoplastic problems by the holographic Moiré method. Report 2

    • V. A. Zhilkin

    Scientific-Technical Section Pages: 1732 - 1736

19. Load-carrying capacity of a curved pipe in bending beyond the elasticity limit

    • B. S. Bilobran

    Scientific-Technical Section Pages: 1737 - 1741

20. Behavior of an elastoplastic cylinder under the effect of internal pressure

    • A. E. Kolobanova
    • V. V. Selivanov

    Scientific-Technical Section Pages: 1741 - 1746

21. General theory and practical application of softly mixed schemes of the finite-element method

    • S. É. Umanskii

    Scientific-Technical Section Pages: 1746 - 1754

22. Automating the processing of computational results for the stress-strain state and strength by the method of finite elements. Report 1

    • Yu. B. Gnuchii
    • V. S. Morganyuk
    • V. G. Borovik

    Scientific-Technical Section Pages: 1754 - 1760

23. Automating the processing of computational results for the stress-strain state and strength by the method of finite elements. Report 2

    • V. S. Morganyuk
    • Yu. B. Gnuchii
    • V. G. Borovik

    Scientific-Technical Section Pages: 1761 - 1767

24. Modeling processes of high-rate deformation of materials

    • V. V. Kharchenko

    Scientific-Technical Section Pages: 1768 - 1774

25. A method of determining the stress-strain state in joints with tension

    • I. A. Duvidzon

    Scientific-Technical Section Pages: 1774 - 1780