This study aimed to improve mechanical properties, which decreased in the weld area, with
deep cryogenic treatment at different holding times. In the study, firstly, the formation of heat …

Deep cryogenic treatment (DCT), a technique of deep subzero processing, is utilized after
quenching and well preceding tempering. In DCT, the materials are subjected to a soaking …

To further improve the mechanical performance of a new alloyed austempered ductile iron
(ADI), deep cryogenic treatment (DCT) has been adopted to investigate the effect of DCT …

In this work, the influence of electrolytic plasma nitriding on the structure and tribological
properties of R6M5 high-speed steel were investigated. We found out that after electrolytic …

The application of a deep cryogenic treatment during the heat-treatment processes for
different types of steels has demonstrated a significant influence on their mechanical and …

The main objective of this investigation is to analyze the influence of DCT cycles on
microstructural evolution, surface roughness, hardness and dimensional stability of AISI D2 …

Heat treatment is a promising approach to advance the mechanical properties of AA 7075
aluminum alloy for aerospace structural applications. Quenching is commonly performed …

In this paper microstructure, morphology, elemental composition, phase composition and
crystal structure of the sample steel R6M5 were investigate by using the methods of …

This work is devoted to the study of the structure and phase composition of high-speed
steels R6M5, R9 and R18. High service properties of high-speed steel tools are achieved by …

Deep cryogenic treatment in combination with classic heat treatment shows a significant
improvement in wear resistance of high speed steel tools. The aim of this research was to …