Fatigue crack growth in nickel alloys at high temperatures V. T. TroshchenkoA. Ya. KrasovskiiI. A. Makovetskaya Scientific-Technical Section Pages: 989 - 993
Strength calculations of structures with cracks in the elastoplastic state A. A. AnokhinM. N. GeorgievV. M. Smirnov Scientific-Technical Section Pages: 994 - 1002
Structural aspects of crack propagation in heat-resistant steels under cyclic thermal-mechanical loading S. I. TishaevG. A. Kotel'nikovT. V. Tetyueva Scientific-Technical Section Pages: 1002 - 1008
A method of calculating stress intensity factors for typical spatial defects V. A. VainshtokI. V. Varfolomeev Scientific-Technical Section Pages: 1008 - 1017
Determination of the cracking resistance characteristics of sandstone in the stage of subcritical crack growth G. S. VolkovV. P. Naumenko Scientific-Technical Section Pages: 1018 - 1022
Interaction of shock shear waves with cracks in mechanical transmissions A. F. Dashchenko Scientific-Technical Section Pages: 1022 - 1027
Determination of the endurance limit of high-strength cast iron under the combined effect of pure bending and torsion G. S. PisarenkoV. I. LitovkaA. V. Bashta Scientific-Technical Section Pages: 1028 - 1031
Taking into account softening in kinetic equations of primary creep A. L. Arshakuni Scientific-Technical Section Pages: 1032 - 1039
Multicycle fatigue of carbon steels in the plane stress state. Report 2 P. A. PavlovA. K. Malibekov Scientific-Technical Section Pages: 1040 - 1045
Effect of strain rate on the resistance of titanium alloy VT16 to plastic deformation N. N. PopovA. G. IvanovS. A. Morozov Scientific-Technical Section Pages: 1045 - 1048
Comparative evaluation of the effect of technological defects on the strength of material in mechanical and thermal cyclic loading Yu. F. BalandinN. V. LysenkoV. P. Ulin Scientific-Technical Section Pages: 1049 - 1055
Change of profile of SFM fibers in the production of articles of organic plastics G. S. GolovkinA. N. Ryazantsev Scientific-Technical Section Pages: 1055 - 1059
Experimental investigation of the performance of damaged structures I. P. PreobrazhenskiiÉ. D. SkurlatovM. A. Rakhmatov Scientific-Technical Section Pages: 1059 - 1064
Characteristic features of the phenomenology of the perforation of composite materials V. P. MuzychenkoV. I. Postnov Scientific-Technical Section Pages: 1065 - 1070
Effect of oxidation on the strength and thermal stability of a material based on silicon nitride V. A. LavrenkoA. A. ChernovolenkoV. V. Shvaiko Scientific-Technical Section Pages: 1070 - 1074
Effect of thermal stressed state inhomogeneity on the thermal fatigue resistance of alloy ÉI826 G. R. Semenov Scientific-Technical Section Pages: 1075 - 1080
Effect of protective coatings on the high-temperature fatigue of heat-resistant alloys Yu. G. VekslerV. V. GribovO. G. Zhiritskii Scientific-Technical Section Pages: 1081 - 1084
Damping ability of some reinforced quasimonolithic and quasilaminated steels B. I. MedovarO. V. BerestnevV. I. Us Scientific-Technical Section Pages: 1085 - 1087
Experimental investigation of the strength of pipes loaded by variable internal pressure A. F. BermanL. N. Kolosova Scientific-Technical Section Pages: 1088 - 1093
Theory of large elastoplastic deformations under high pressure V. I. Levitas Scientific-Technical Section Pages: 1094 - 1103
Study of the stress-strain state of cylindrical shells during heat treatment A. S. TsybenkoN. G. KrishchukV. V. Palenyi Scientific-Technical Section Pages: 1114 - 1120
Effect of internal stresses in a plate caused by high-temperature local heating on the motion of a crack G. V. StepanovI. N. Bedii Scientific-Technical Section Pages: 1120 - 1124
Limit equilibrium of an infinite body containing close gas-filled disk-shaped cracks I. V. KalynyakI. P. LaushnikM. V. Khai Scientific-Technical Section Pages: 1125 - 1128
A unit for investigation of the influence of the pressure of aggressive media on the softening of high-temperature strength materials at high temperatures G. S. PisarenkoI. F. Volkovskii Production Section Pages: 1129 - 1132
A unit for tensile testing of circular specimens in the 290–2000°K temperature range V. P. KrashchenkoA. I. Gurarii Production Section Pages: 1132 - 1135