Nowadays, many fields are benefiting from manufacturing complex parts with high
performance by selective laser melting (SLM), and particulate-reinforced iron-based metal …

SiC p/Al matrix composite (SiC p/AMCs) has been widely used in aerospace field of
structural frames, but it is difficult to realize the lightweight connection of complex structural …

Wire arc additive manufacturing (WAAM) with many superior characteristics, such as high
deposition rate, low cost, free shape, and environmental friendliness has attracted much …

In this work, the fatigue initiation in a particle-reinforced aluminium matrix composite was
investigated. The fatigue cracks mostly initiate at multiple sites associated with TiB 2 and …

Oxide additives can significantly improve the mechanical properties of ceramic particle-
reinforced metal matrix composites. In this study, the fracture behaviour and failure …

Fatigue crack growth mechanisms of as-cast and hot-rolled TiB 2-reinforced steel matrix
composites (SMCs) fabricated by eutectic solidification are systematically investigated …

Complex effects of reinforcements on the fatigue crack growth behavior in a wrought Al
matrix composite were quantificationally studied by hierarchical characterizations in …

Fe–TiB 2 composite shows great potential in lightweight materials for automotive parts due
to its lightweight, high strength and high specific modulus etc. However, challenges remain …

Iron-based metal matrix composites (IMMCs) have attracted significant research attention
due to their high specific stiffness and strength, making them potentially suitable for various …

The deformation behaviours of two steel matrix composites (SMCs) strengthened by different
volume fractions of the TiB 2 ceramic phase were investigated in this work. When the volume …