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 …

Insufficient performance, especially at high temperatures, limits the extensive application of
cast Al–Cu alloys. This study proposes a novel method of direct reaction synthesis (DRS) for …

Forging and welding are common necessary procedures for AA6××× alloys, and
recrystallization is an inevitable process. However, it is still difficult to realize the control of …

The present investigation considered the design of a biobased hybrid particulate composite
for optimal hardness and wear resistance. Tests were conducted based on the plan of 20 …

Abstract Al-10.0 vol%(TiC and GNPs) composites were fabricated with different volume
ratios of TiC and GNPs from 10.0: 0.0–8.0: 2.0 by powder metallurgy. The results show …

TiAl alloys exhibit significant properties, such as low density and high specific strength, and
can successfully meet the requirements of weight reduction in aviation applications …

The high temperature sliding wear behavior of microstructurally engineering in-situ sub-
micron sized TiB 2 reinforced ZE41 composite was studied and compared with it's base …

Simultaneously improving the wear resistance and toughness can extend the service life of
steel. In this study, nano-TiC-H13 steel was successfully fabricated by pre-dispersion nano …

Incorporating and dispersing trace manipulated agents into Al alloy melt is a longstanding
challenge that hinders the balance of strength-ductility in cast Al alloys. A delicate strategy of …

Abstract Herein, Al–TiB 2 composites ranging from 2 to 8 wt.% TiB 2 addition developed
through a Turbula mixer and fast-assisted sintering technology were investigated. The …