Creep of steel Kh14G14N3T in liquid nitrogen G. A. StepanovE. I. BurtsevR. A. Korolikhina Steels and Alloys for Cryogenic Technology Pages: 181 - 183
Strength and plasticity of steel VNS-17 at low temperatures K. A. BelyakovaV. Ya. Il'ichevE. I. Taver Steels and Alloys for Cryogenic Technology Pages: 184 - 185
Friction and wear at low temperatures G. N. PresnyakovaI. M. LyubarskiiS. S. Chernyak Steels and Alloys for Cryogenic Technology Pages: 186 - 188
The drop in strength at cryogenic temperatures D. V. Lebedev Steels and Alloys for Cryogenic Technology Pages: 189 - 192
Wear-resistant die steels with a high vanadium content Yu. A. GellerV. F. MoiseevA. O. Aranovich Tool Steels Pages: 193 - 197
Resistance to microplastic deformation and wear of high-speed steel M. L. KhenkinA. I. NikonorovaYu. A. Buzina Tool Steels Pages: 198 - 199
Effect of titanium and vanadium on the structure and properties of cast high-speed steel with 9% W O. Kashtanek Tool Steels Pages: 200 - 202
Properties and heat treatment of Ti−V and Ti−V−Al alloys V. N. Moiseev Titanium and Its Alloys Pages: 203 - 206
Mechanical properties of Ti−Al−Cr and Ti−Al−Cr−Mo alloys A. I. KhorevS. G. GlazunovL. G. Mukhina Titanium and Its Alloys Pages: 207 - 211
Effect of β stabilizers on the mechanical properties of titanium alloys with an α structure L. S. MorozI. N. Razuvaeva Titanium and Its Alloys Pages: 212 - 216
The mechanical properties of welded joints of titanium alloys with an elevated oxygen content S. M. GurevichI. I. KornilovYu. A. Maksimov Titanium and Its Alloys Pages: 217 - 219
Effect of the structure on the fatigue limit of steel after surface hardening M. A. Balter Strength Characteristics Pages: 225 - 227
The fatigue strength of steel 18Kh2N4VA after different heat treatments and chemicothermal treatments B. I. AleksandrovE. G. Memelova Strength Characteristics Pages: 228 - 230
The texture of iron-germanium steels K. V. ChikhladzeI. V. PaisovYu. S. Avraamov Technical Information Pages: 231 - 233
Thermal expansion of alloy 36NKh at 4.2–300°K Yu. V. Bol'shakovA. I. ZakharovV. G. Fridman Technical Information Pages: 234 - 234
The properties of alloy 49KF2 in relation to the purity of the iron in the charge G. V. PshechenkovaB. N. PutimtsevYu. A. Motorin Technical Information Pages: 235 - 237
The aging mechanism of steel N35T3Yu5 V. F. SukhovarovA. I. Kol'chuzhkinaV. I. Ermakova Technical Information Pages: 238 - 239
A method of determining the quality of thermomagnetic treatment of high-coercivity alloy from the magnetic texture L. S. LarinaE. I. KurakovV. M. Chernov Technical Information Pages: 240 - 241
The fatigue strength of steel 55KhGSFA M. P. MatveevaV. F. Terent'evA. M. Chuyan Technical Information Pages: 242 - 243
Second-order residual stresses in steels subjected to deformation in ultrasonic field V. P. SeverdenkoV. V. PetrenkoS. I. Petrenko Technical Information Pages: 246 - 247
Decomposition of the solid solution in austenitic steels with boron G. M. Fesenko Technical Information Pages: 248 - 249
Low-temperature creep and stress relaxation in some materials L. B. Getsov Technical Information Pages: 250 - 251
Resistance to abrasive wear of complex-alloyed austenitic alloys V. S. PopovP. L. Nagornyi Technical Information Pages: 252 - 254
Effect of rate of heating to solutioning temperature on the precipitation of carbide during tempering of steel 27SG M. M. ShteinbergL. A. Kirel'Yu. N. Goikhenberg Technical Information Pages: 255 - 257
Isothermal decomposition of austenite in high-speed steel V. A. LandaE. M. StepnovI. K. Kupalova Technical Information Pages: 258 - 260
The decarburizing of steel without oxidation and with the formation of scale L. P. Emel'yanenkoA. P. Zin'kovskayaL. A. Shvartsman Technical Information Pages: 263 - 266