High-performance ultra-lean binary Mg–Ca alloys are engineered by intelligent alloying and
thermo-mechanical processing using hot-extrusion. With Ca-alloying contents as low as 0.2 …

In the materials science domain, the accurate prediction of the yield strength of metallic
compositions has often resulted in extensive experimental endeavors, leading to …

Dislocations and disclinations are fundamental topological defects within crystals, which
determine the mechanical properties of metals and alloys. Despite their important roles in …

Dislocation evolution in multilayered Ti/Nb composites processed by accumulative roll
bonding under uniaxial tension was quantitatively evaluated by high-energy X-ray …

Multilayered metallic composites have attracted widespread attention in both scientific and
engineering communities owing to their exceptional mechanical properties. Clarifying the …

Magnesium (Mg) is the lightest structural metal. It is promising for aerospace applications if
its mechanical properties can be improved at a reasonable cost, without using expensive …

The thixomolding technology offers distinct advantages for producing magnesium matrix
composites with intricate geometries. This study explores the effects of incorporating hybrid …

Ductility in materials often exhibits a strong dependence on strain rate, governed by
underlying deformation mechanisms and strain heterogeneity. This study explores the …

Tension-compression asymmetry is a critical concern for magnesium (Mg) alloys, particularly
in automotive crash structures. This study systematically examines the tension-compression …

The anisotropic creep response in both the XY and XZ planes of Ti–6Al–4V ELI
manufactured by powder bed fusion (PBF) was examined under nanoindentation creep …