The role of MgAl 2 O 4 particles in Al matrix composites has been very crucial. They have
evolved from acting as a product at the matrix-reinforcement interface of some ex-situ …

Dense intragranular distribution of nanoscale reinforcements is highly desirable since it is
effective in reconciling the strength-ductility trade-off in Al matrix composites (AMCs). Herein …

In situ composite manufacture is an approach to improve interfacial adhesion between
matrix and reinforcements, in which reinforcements are synthesized along composite …

In this work, we develop a novel strategy to simultaneously manipulate robust “Al-Al 2 O 3-
CNTs” interface and intragranular nano-sized Al 2 O 3 whiskers and CuAl 2 particles in the …

The oxide layer on the surface has always been a key obstacle to achieving the diffusion
bonding of Al alloys. It is a challenge for performing diffusion bonding without removing …

Al matrix composites generally possess high strength but sacrifice ductility and corrosion
resistance resulting from the dense intergranular reinforcements. Herein, we report a solid …

Constructing heterostructures is essential for tailoring the mechanical properties of Al matrix
composites (AMCs). In this work, multi-level heterostructures were achieved in AMCs by …

As a promising architecture reinforcement, the three-dimensional (3D) configuration of
nanocarbon holds great prospects in achieving a strength-ductility combination for metal …

The remarkable progress in the fields of aerospace, transportation, electronic packaging,
and other industries has sparked a growing need for Al matrix composites (AMCs) with …

The breaking of surface oxide film in a technology area of ultrasonic-assisted diffusion
joining manufacturing of large-size structure components is a challenge. In this work, a novel …