The further development of lightweight and energy-saving engineering materials is a great
challenge for scientists in the 21st century. Magnesium and its composites, as the metal …

Fatigue resistance under extreme stress conditions is an important indicator to evaluate
industrial application potential of Al-Si-Mg alloys, but their fatigue resistance is inherently …

The capabilities in synergistic advancements of both making and shaping afforded by
additive manufacturing (AM) enables the flexible production of high-performance …

The mechanical performance of metal matrix composites strengthened with particles is
predominantly contingent upon the attributes of the incorporated particles. Attaining the …

Copper (Cu)'s electrical conductivity makes it attractive for industrial usage. Due to its inferior
mechanical characteristics, thermal expansion, and wear resistance, its applications are …

Abstract The TiN-ZrO 2-B 4 C reinforced Cu-metal matrix composites were prepared using
powder metallurgy, and the microstructure, properties, and friction mechanisms were …

The size and grain conformality of the metallurgical precursor powder significantly affect the
comprehensive properties of metal matrix composites. To address this challenge …

It is known that Copper's (Cu) electrical conductivity makes it a desirable material for use in
industry. Due to poor properties such as hardness, thermal expansion, and corrosion …

Thermal fatigue failure is one of the main factors affecting the service life of hot work die
steel. Achieving excellent thermal fatigue resistance for hot working die steels can benefit …

Lightweight NiAl alloys are expected to replace high-density nickel-based superalloys, but
their mechanical performance needs to be improved. In this work, NiAl–30Cr composites …