Conventional heat treatment is not capable of converting a sufficient amount of retained
austenite into martensite in high-carbon or high-carbon and high-alloyed iron alloys …

This study investigates the influence of heat treatment parameters on effectiveness of deep
cryogenic treatment (DCT) and on properties of three high-speed steels (HSS)(AISI M2, AISI …

The study discusses the effectiveness of deep cryogenic treatment (DCT) on selected steels
and its effectiveness on carbide precipitation. The investigation of DCT influence on the …

ABSTRACT The research area “Cryogenic Treatment of Materials” has been the subject of a
multitude of research studies and therefore needs a proper review article to highlight the …

The purpose of this study is to provide a systematic, complementary research of deep
cryogenically treated (DCT) steels AISI M2, M3: 2 and M35 including scanning electron …

This study focuses on the changes in mechanical and tribological properties of selected AISI
M3: 2 high-speed steel when exposed to deep cryogenic treatment (DCT). At the same time …

This study focuses on influence of alloying content and type of manufacturing on the
effectiveness of deep cryogenic treatment (DCT) on properties of selected high-alloyed …

The role of nitrogen, introduced by deep cryogenic treatment (DCT), has been investigated
and unraveled in relation to induced surface chemistry changes and improved corrosion …

The study investigates the effect of deep cryogenic treatment (DCT) on a high-alloyed
ferrous alloy (HAFA) and its effectiveness on carbide evolution and chemical shifts of …

Cold treating of steel can be used to enhance the transformation of austenite to martensite
and improve the stress relief of castings and machined parts. Cryogenic treatment of steel is …