Heat treatment technology at the Moscow automobile plant A. D. Assonov BriefCommunication Pages: 309 - 311
Effect of the austenitizing temperature on the kinetics of the isothermal transformation of supercooled austenite in 55KhGR and 50KhG steels D. I. BronP. Ya. GruzdovA. G. Rakhshtadt OriginalPaper Pages: 316 - 317
Mechanical properties and microstructure of steels quenched from forging temperatures P. Ya. GruzdovL. M. MiklashevichG. G. Filosofov BriefCommunication Pages: 318 - 320
Use of 40KhGTR steel for automobile drive shafts V. L. GrinkrugP. Ya. GruzdovA. G. Vozlinskii OriginalPaper Pages: 321 - 324
Kinetics of induction heating and methods of control of induction heating for surface quenching K. Z. Shepelyakovskii OriginalPaper Pages: 325 - 330
Technology of heat treatment by induction heating M. O. RabinA. G. Orlovskii OriginalPaper Pages: 330 - 333
Growth of austenite grains during induction heating V. D. ZelenovaG. A. OstrovskiiK. Z. Shepelyakovskii OriginalPaper Pages: 333 - 337
Mechanical properties of steels with low hardenability after quenching and tempering at low temperatures K. Z. ShepelyakovskiiF. I. Shor OriginalPaper Pages: 338 - 343
Hardenability of steels with high critical quenching rates F. I. ShorS. F. Chistov OriginalPaper Pages: 344 - 347
Automatic equipment for induction heating and quenching I. N. Shklyarov OriginalPaper Pages: 348 - 352
Radiant tube heating elements for controlled atmosphere furnaces S. E. BarkV. M. KuvshinnikovL. V. Kholmogorova OriginalPaper Pages: 353 - 358
High frequency apparatus for quenching gears S. F. Solodovnik Exchange of Experience Pages: 361 - 362
