In this study, we systematically investigated the influences of nitrogen content and grain size
on the tensile properties and deformation behaviors of titanium at room temperature. By high …

Customized titanium 3D parts with good mechanical performance have attracted
considerable attention for application in structural industries. In this study, α-Ti materials with …

The in-situ strengthening approach has attracted increasing attention in the selective laser
melting (SLM) of high-performance alloy. In the present work, the argon-nitrogen (Ar-N 2) …

Recent research has focused on laser in-situ additive manufacturing of metal matrix
composites with spatially controllable microstructures (phases). This study, inspired by the …

Titanium is well-known for its high strength, good corrosion resistance, and biocompatibility.
For further improvement of its mechanical properties, it is alloyed with other elements, such …

In this study, interstitial solid solution behavior of nitrogen atoms dissolved in commercially
pure Ti fabricated by spark plasma sintering (SPS) followed by the extrusion process was …

This investigation presents a selective laser melting strategy for fabricating high nitrogen-
content Ti (Ti-N) materials. Unlike conventional cast Ti materials, Ti-N materials produced in …

Oxygen solid solutions are well known to impose a strong hardening effect on Ti and its
alloys, but induce the undesirable embrittlement behavior. In order to improve the ductility of …

In this work, high strength and high wear‐resistant titanium matrix composites (TMCs)
reinforced with in situ TiC derived from pyrolysis of polysilazane (PSZ) are fabricated …

In situ enhancement of alloy properties via additive manufacturing is a convenient and
promising approach that is attracting increasing attention. Herein, we overcame the …