In this work, we creatively introduced MAX additives (Ti 2 AlC) into W alloy system to break
the development bottleneck of ball milling technology: a large amount of oxygen impurities …

Solidification cracking is a longstanding and serious problem in metallurgical engineering
that is encountered during casting, welding, and additive manufacturing. Extensive research …

Lattice structures, comprising nodes and struts arranged in an array, are renowned for their
lightweight and unique mechanical deformation characteristics. Previous studies on lattice …

Metal additive manufacturing (AM) is an innovative manufacturing method with numerous
metallurgical benefits, including fine and hierarchical microstructures and enhanced …

The microstructure evolution and micromechanical behaviors of additively manufactured
18Ni300 maraging steel for both as-printed and aged one were investigated using the in situ …

Mar-M247 is widely used in several fields as a material with excellent overall performance at
high temperatures. However, its complex fabrication process and extremely poor weldability …

Metal additive manufacturing technology has developed by leaps and bounds in recent
years; selective laser melting technology is a major form in metal additive manufacturing …

To clarify the mechanism of the role of Al element in the additive manufacturing of Ni-based
superalloys, ATI 718Plus alloys with varying Al contents (1, 3, and 5 wt%) were fabricated …

For this work, the behavior of the ZhS6K alloy (Russian grade) in the process of direct laser
deposition was investigated. Two samples, a “small” one (40× 10× 10 mm3) and “large” one …

Abstract Fe-Mn-C-Al high manganese steel has a large tendency to hot tearing, making it
difficult to continuously cast and even leading to steel leakage accidents. In this paper, the …