This work investigated the microstructure evolution with aging temperature of laser-powder
bed fusion (L-PBF) 18Ni (300) maraging steel at different scales. Important issues of cell …

In this work, a high-performance maraging steel M300 was processed by laser powder bed
fusion, where the layer thickness and the laser emission mode were modified. As-built …

As a reinforcing phase, TiB 2 exhibits exceptional wettability and stability when mixed with
steel matrices, making it an ideal reinforcement for steel matrix composites. In this paper, we …

Aged maraging steels offer unique strength and toughness via the presence of finely
dispersed precipitates, allowing the material to reach values of up to 2400 MPa in yield …

The effect of aging on transformation behavior of reverted austenite and impact toughness in
Co-free maraging stainless steel were investigated via thermodynamic calculation …

This study demonstrates the successful fabrication of a multi-material 18Ni (300) maraging
steel–CoCrMo alloy using laser powder bed fusion (L-PBF), which in its as-built state …

The electrochemical behavior of solution-annealed grade 300 and grade 350 maraging
steels subjected to two different aging temperatures in an aqueous hydrofluoric acid (HF) …

The manufacturing process of maraging steel parts include forging, heat treatment and other
technological links, and the strengthening mechanism at different stages is different, which …

The isothermal transformation kinetics and microstructural evolution of the reversed
austenite significantly influence the properties of PH13-8Mo steel. However, the microscopic …

Local mechanical properties (LMPs) of welded joints are strongly affected by the
experienced thermal cycle, controlling the global behavior of the joint. In this work, LMP of …