The strain-controlled low cycle fatigue (LCF) tests were firstly carried out to investigate the
LCF behavior of the 2195 Al-Li alloy at warm temperatures (100 and 200° C). All initial and …

It is well-established that the fatigue crack growth behavior of aerospace aluminum alloys in
high altitude applications is sensitive to both temperature and water vapor pressure. To …

Airframe structural components experience coupled load–environment spectra that are
currently not captured in traditional damage‐tolerant management approaches. The effect of …

The defects, particle size, microstructure, solidification rate and thermal stability of nitrogen
atomized 7055 Al alloy powder were systematically studied. The results show that the alloy …

A self-designed in-situ corrosion–fatigue test platform eligible for DIC technique is designed
to evaluate the fatigue performance and failure mechanism of 2198-T8 Al-Li alloy under …

Accurate measurement of cryogenic temperature is crucial for various scientific and
technological applications. In this paper, we experimentally investigated a fiber optic …

Hexagonal crystal MgAlB 4 is a strengthening phase in Al matrix composites, which can
significantly improve ultimate tensile strength. In this paper, the surface perform, interfacial …

Various Zn contents were utilized as an alloy element adding in the AA5083 aluminum
alloys to optimize the properties. The subsequent characterizing techniques show that the …

Dans une quête de recherche d'amélioration du niveau de confiance dans la prédiction des
durées de vie de pièces d'aéronefs sujettes à la fatigue, la compréhension des mécanismes …

Abstract The Al (111)/MgAlB4 (0001) interface performs an important function in the particle
reinforcement of the Al-based alloys. Thus, we have thoroughly calculated the interfacial …