Spinel soft ferrites are magnetic materials which form an important classification of metal
oxides containing ferric ions. These materials are represented with empirical formulae M 2+ …

Reverted austenite is a metastable phase that can be used in maraging steels to increase
ductility via transformation-induced plasticity or TRIP effect. In the present study, 18Ni …

During laser-based powder bed fusion, the non-equilibrium solidification conditions promote
local elemental segregation, leading to a characteristic microstructure composed of cellular …

A high strength maraging stainless steel (MSS) was developed utilizing multiple
nanoprecipitates and reverted austenite. After aging treatment, this steel shows remarkable …

The cellular structure formed in additive manufactured 316L stainless steel (316L SS) plays
a crucial role in achieving strength–ductility synergy. The cellular structure was also found in …

Introducing reverted austenite at lath martensite boundaries has been shown to be an
effective method to increase the ductility of martensitic steels. However, significant strength …

One method of achieving exceptional ductility and toughness of PH 13-8 Mo maraging
steels is to perform aging at high temperatures or for prolonged dwell times, which is …

The microstructure and corrosion property of super 13Cr martensitic stainless steel
(S13CrMSS) processed by quenching, one-step tempering and two-step tempering were …

Additive manufacturing (AM) has emerged as a promising approach for producing bimetallic
components with tailored site-specific properties. In this work, a bimetallic structure of 304 …

Delta ferrite typically forms during single and multipass welding thermal cycle. It is known
that delta ferrite affects corrosion and creep resistances, which are important to the reliability …