Stress distribution about deffcts such as rigid sharp-angled inclusions V. V. PanasyukL. T. BerezhnitskiiI. I. Trush Scientific-Technical Section Pages: 771 - 777
The problem of determining K1c of plastic steels R. G. AroneE. M. Dashevskii Scientific-Technical Section Pages: 778 - 783
Statistical criteria of ultimate strength and plasticity of materials in the complex stress state D. M. Shur Scientific-Technical Section Pages: 784 - 790
Deformation criteria of failure under simple and composite stresses V. P. Degtyarev Scientific-Technical Section Pages: 791 - 794
Investigation of the strength of construction materials for different ratios of the main stresses L. M. SedokovV. S. GolovenkoK. K. Pakhotin Scientific-Technical Section Pages: 795 - 801
Investigation of the thermal fatigue of type Kh18N10T steel under complex stress distributions G. A. TulyakovV. A. Metel'kov Scientific-Technical Section Pages: 802 - 806
Nature of the failure process in metals in a composite stress state V. A. StepanovV. V. Shpeizman Scientific-Technical Section Pages: 807 - 814
Experimental and theoretical investigation of the fracture of sheet materials in the presence of cracks N. D. SobolevE. M. MorozovA. P. Bobrinskii Scientific-Technical Section Pages: 815 - 820
Investigation of some principles in the processes of creep and fracture in heat-resistant materials I. I. TruninN. G. Golubova Scientific-Technical Section Pages: 821 - 825
Creep and fracture in OT-4 titanium alloy at temperatures from 400 to 550°C O. V. SosninN. G. Torshenov Scientific-Technical Section Pages: 826 - 830
Fractographic method for determining the conditions of transition to brittle fracture in polymers O. F. KireenkoA. M. LeksovskiiV. R. Regel' Scientific-Technical Section Pages: 831 - 834
Evaluation of the brittle strength of structures A. N. MonoshkovV. A. LupinA. B. Kaplan Scientific-Technical Section Pages: 835 - 838
Conditions of brittle strength of weld joints at different temperatures and applied loading rates O. A. BakshiYu. I. AnisimovA. N. Monoshkov Scientific-Technical Section Pages: 839 - 844
Study of the thermal stability of ceramic refractory materials for prismatic samples V. L. YurenasV. I. DauknisK. A. Kazakyavichyus Scientific-Technical Section Pages: 845 - 849
Energy dissipation in metals in high-frequency fatigue tests. I V. A. Kuz'menkoA. D. Shevchuk Scientific-Technical Section Pages: 850 - 855
Energy dissipation in metals in high-frequency fatigue test. II V. A. Kuz'menkoA. I. Afonin Scientific-Technical Section Pages: 856 - 859
Investigation of the structure of turbine disc materials after use I. A. KozlovV. N. Semirog-OrlikG. V. Rybenok Scientific-Technical Section Pages: 860 - 864
Self-heating and thermal fatigue of caprolon during cyclic compression V. A. SherstnevYu. I. Yagn Scientific-Technical Section Pages: 865 - 869
Mechanical strength of titanium alloys AT-2 and AT-3 and of their welded seams at extreme temperatures V. E. BlashchukA. G. VoinitskiiN. V. Novikov Production Section Pages: 870 - 873
Changes in cyclic creep rate of steel in connection with non-steady-state loading parameters G. Z. ZaitsevE. A. Babich Production Section Pages: 874 - 875
Increase in the boundary strength of cast electron-beam-melted molybdenum by microadditions of vanadium N. P. VashchiloI. S. MalashenkoG. V. Burskii Production Section Pages: 876 - 880
Refined method of determining tangential stresses and testing the strength of cylinders subjected to transverse flexure L. I. Turiyanskii Production Section Pages: 881 - 887
Machine for investigating the fatigue and inelasticity of metals with programmed load changes both at room and at elevated temperatures V. T. TroshchenkoYu. I. Koval' Production Section Pages: 888 - 891
High frequency model U-20P fatigue testing unit with program control of the specimen vibration amplitude G. G. Pisarenko Production Section Pages: 892 - 893
Attachment for simultaneous fatigue testing of sixteen specimens E. N. KovalenkoF. A. KocharyanYu. I. Ustinovshchikov Production Section Pages: 894 - 896
Investigations of turbine-vane vibrations, allowing for vibration phase shift A. A. KaminerN. Ya. Nastenko Brief Communications Pages: 897 - 898
Scientific and Technical Conference on Fracture Problems and Criteria for the Strength of Materials and Design Elements L. N. Karpenko Chronicles Pages: 899 - 900