The physics of matrix-reinforcement consonance in metal matrix composites (MMCs) is quite
complex and it is difficult to quantify the effects of individual parameters on the composite …

The Young's modulus of aluminum-based materials is one of the most important mechanical
properties in controlling structural performance. The improvement of the Young's modulus of …

The growing industrial needs for the development of strong load‐bearing materials by
powder metallurgy and casting technologies has led to recent progress in the synthesis of in …

Abstract The TiB 2/7075Al composites with various particle contents were fabricated through
hot-pressing sintering and hot extrusion, and the influence of TiB 2 particles on the …

The semi-solid metal forming process can prevent the formation of unpopular dendritic
microstructures but the mechanism remains unclear. To explore the underlying causes, a …

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 …

The strength-ductility synergy and high-temperature stability of the particle-reinforced
aluminum matrix composites have been a tough challenge. Here we present a strategy of Sc …

Abstract The Al-Cu-Mg-Si matrix composites reinforced with in situ hybrid-sized TiC x-TiB 2
particles with sizes ranging from 20 nm to 1.3 µm were successfully synthesized using the Al …

The present work deals with the effect of iron intermetallics on the microstructure and
mechanical properties of Al-7% Si alloys. Two different iron additions were made, 0.6% Fe …

The damage mechanisms during high-cycle fatigue (HCF) process were systematically
investigated in the in-situ TiB 2/2024 Al-composite. It is found the HCF endurance limit of in …