Abstract In third-generation Al–Cu–Li alloys, T 1, S', and θ'precipitates are the primary
strengthening phases, and the strength-ductility synergy of the alloys depends strongly on …

The development of the aviation industry is accompanied by the continuous research of high-
performance aviation aluminum alloys. Stuck in vast untapped composition space and the …

The microstructural sensitivity of fatigue short crack path and its propagation rate in a Ni-
based superalloy GH4169 manufactured by laser powder bed fusion (LPBF) was …

Abstract Al-Cu-Mg alloys, as the most widely used lightweight structural materials, have
been recognized as promising candidates in the transportation field for a low-carbon …

Due to the poor ductility of aluminum alloy sheet at room temperature, which results in the
difficulty in forming complex thin-walled parts, a novel forming method for thin-walled parts at …

Laser powder bed fusion is considered to be an effective method for forming high-precision
NiTi alloys. NiTi alloys formed from Ti-rich or low-Ni content NiTi powders as raw materials …

The microstructure effects on fatigue short crack propagation behavior of Al 0.3 CoCrFeNi
high entropy alloys (HEAs) were studied by in-situ fatigue testing under scanning electron …

The fatigue load that a material experiences and its microstructure are important factors
influencing fatigue crack propagation behavior. This study employed laser scanning …

The precipitation evolution and mechanical properties of a commercial Al-Cu-Li-Mg alloy in
natural aging (NA) tempers (T3 and T4) were investigated in detail. It was demonstrated that …

Research on fatigue damage of aluminum/steel dissimilar joints is critical to ensure the
reliability of multi-material lightweight structures. In this study, the fatigue crack propagation …