The satisfactory integrated performance of titanium matrix composites (TMCs) has rendered
them promising candidates in significant industries including aerospace and biomedicine …

The perspective presented here underscores the part played by grain size, grain boundary
chemistry and substructural features such as martensite lath and packet size in determining …

Currently, there is a significant interest in magnesium (Mg) alloys for structural and functional
applications. Mg alloys are lightweight materials (1.7–2.0 g/cm3), whose density is …

Titanium (Ti) alloy is vulnerable to erosion and corrosion effect of sea water in the
application of marine equipment and prone to degradation and failure. In order to further …

Abstract TiB/Ti6Al4V composite was prepared using spark plasma sintering followed by
bidirectional reaction hot rolling. The TiB whiskers were synthesized in situ during the rolling …

A novel YOLOv5 network is presented in this paper to quantify the degree of defects in
continuously cast billets. The proposed network addresses the challenges posed by noise or …

Here, we address the continuing challenges and scientific gaps in obtaining high strength
and high elongation in medium-Mn steels. Electron microscopy and X-ray diffraction studies …

In an endeavor to achieve the critical goals of carbon neutrality, an explorative study was
conducted to scrutinize the precipitate evolution and high-temperature creep behavior of an …

In this study, the thermal deformation behaviour of a high strength offshore steel at different
temperatures and rates was investigated through thermal compression experiments. An …

In this study, we developed a novel lightweight Fe-Mn-Al dual-phase with high strength,
excellent ductility, and considerable toughness. The study involved a thorough exploration …