Dislocation strengthening plays a constructive role in exploring the improvement of
mechanical properties of deformed aluminum matrix composites. However, theories about …

Simultaneously achieving high strength and ductility is a critical issue for graphene
nanoplates (GNPs) reinforced aluminum matrix composites. Layered structures and in situ …

Interface effect was a key mechanism for the deformation of metal matrix composites, which
has not been well understood yet in those reinforced with nanoreinforcements. In this study …

Despite great strengthening potential of graphene nanoplatelets (GNPs) reinforced
aluminum matrix composites, sparked with its high performance with extremely low additions …

Achieving uniform reinforcement dispersion and strong interfacial bonding remains
challenging to increase the strengthening efficiency in advanced metal matrix composites …

Interfaces between graphene nanoplatelets (GNPs) and Al matrix in Al-GNPs composites
prepared by ball milling, spark plasma sintering (SPS) and subsequent hot extrusion were …

Many studies have shown that both the nanotwinned structure and the graphene reinforcing
phase can improve the mechanical properties of aluminum, but the synergistic effect of the …

In this study, the synthesis-structure-property relationship of graphene-reinforced Al matrix
nanocomposites was investigated. The Al-Li-GNPs nanocomposite was synthesized to …

Reducing grain size into nanoscale could effectively enhance the strength of crystalline
metals, while there is a critical grain size below which softening occurs as grain size further …

Ductility collapse is a stubborn issue for developing high-strength aluminum (Al) matrix
composites reinforced with graphene nanosheets (GNSs). In order to solve this problem …