Rare earth elements (REEs) doping technology can effectively control the microstructure
and improve the quality and performance of materials. This paper summarizes the research …

For the development of new energy automobile industry and the trend of automobile
lightweight have put forward a huge demand for high-strength lightweight materials, so …

The microstructure, mechanical properties, electrical/thermal conductivity, and rheological
behavior of Al-5Ni alloy with different Ce contents were systematically investigated. The …

In order to break through the trade-off between mechanical strength and electrical
conductivity of all aluminum alloy conductors, two rare earth elements (REs) including La/Ce …

A long-standing debate persists regarding the thermal stability of Ce-containing ternary
compounds in Al-Si-based alloys; this dispute hinders the accurate design of high …

Aluminium alloys are popular in modern applications due to their lightweight, high strength
and ductility. Alloys in the 8xxx series have similar properties to those in the 1xxx series, but …

In this paper, it was found for the first time that with Sr addition in Al–Si–Mg–Ce alloy, the
morphology of eutectic (Si) can be modified from branch to fine fibrous, while the bulk-like Al …

It is a practically significant issue to overcome the low efficiency and the short action time of
Al–Ti–B master alloy for the grain refinement of aluminum alloys. In this paper, the phase …

Controlling the morphology of eutectic silicon in multi-element hypoeutectic Al–Si alloys can
significantly enhance their strength and elongation. The combined addition of modified …

In this work, the Al–Cu–Mg alloy with different Y (0–0.2 wt%) and Ce (0.5–1.5 wt%) are
designed. The effect of mixed addition of Y and Ce on the grain structure and hot tearing for …