In additive manufacturing, the process parameters have a direct impact on the microstructure
of the material and consequently on the mechanical properties of the manufactured parts …

Additive manufacturing of metal components results in unique microstructures with,
necessarily, mechanical properties that are distinct from conventionally produced …

In the present study, quasi-static and dynamic shear response of 301 stainless steel (SS)
with gradient structure (GS) and heterogeneous lamella structure (HLS) were investigated …

The rapid melting and solidification cycle in additive manufacturing creates a non-
equilibrium environment that induces metastable microstructures. These metastable …

Direct Energy Deposition (DED), as one common type of additive manufacturing, is capable
of fabricating metallic components close to net-shape with complex geometry. Surface …

To identify the critical issues that affect the evolution of microstructure during additive
manufacturing, we investigated the influence of process parameters on the evolution of the …

Hetero-deformation induced (HDI) strengthening is investigated as the mechanism
responsible for the exceptional combination of strength and ductility exhibited by directed …

Previous research mainly focused on heterogenous microstructure modification to improve
mechanical properties, but how the microstructure evolves during deformation has not been …

Additive manufacturing is used to produce complex shapes, and it has been actively
investigated. In this study, 316L stainless steels with various amounts of Ti were fabricated …

In additive manufacturing (AM), printing defects or columnar-coarse grains due to an
inappropriate process parameter often damage the mechanical properties of AM metals …