… of classical composites. We realize an optimal balance between elevated yield strength and
impressively larger plastic deformation coupled with a simultaneous improving of electrical …

… /Cu composites. Several reasons in microstructural aspects are used to explain the enhanced
strength … of dislocations are conducting simultaneous in the CNTs/Cu composites, and the …

… for developing high strength metal matrix composites (MMCs)… investigated in Cu matrix
composites. It was demonstrated … The ultimate tensile strength of 412 MPa was achieved in 1.5 …

… the strength in this composite, Δσ P–H is the improved strength due to grain refinement, Δσ
LM is the enhanced strength contributed by load transfer and Δσ TM is the improved strength …

… This process resulted in the production of CNT/Cu composites … Cu composites, the boundaries
of the metal-matrix composite (… These composites offer an optimal balance of high strength …

… Attributed to the interlayers to transfer the load and inhibit strain localization, ductility was
simultaneously enhanced from 28.9% to 32.7%. For 100Cu-CNTs composite, the introduced …

… -continuously 3D network structure within the composites but also robust interfacial bonding
… strength and impressively large plastic deformation coupled with a simultaneously improved …

… strength (σ y ) of 225 ± 17 MPa, ultimate tensile strength (… composite, it exhibits simultaneously
enhanced strength and ductility, the σ u is ∼358 MPa and the ε f is ∼25%. The improved …

In this study, Cu matrix composites reinforced with reduced graphene oxide-coated submicron
spherical Cu (SSCu@rGO) exhibiting both high-strength plastic product (UT) and high …

… together via interlayer connections and thus forms the GN in the composites due to the
extremely high thermal stress (… In this study, the enhanced strength of the GN/Cu composite …