The microbiologically influenced corrosion behaviors of the 3A21 aluminum alloy in Wuhan
(Hubei Province, China) municipal potable water containing wild-type total culturable …

Abstract The United States Navy has a need for fast, light-weight ships to provide rapid
deployment in its operations. Strong and corrosion-resistant aluminum alloys, such as …

With the increasing requirement for weight reduction in automotive industry, joining
dissimilar aluminum (Al) alloys within overlap joint becomes more and more inevitable …

Microbiologically influenced corrosion (MIC 1) of Al 5083 caused by P. aeruginosa was
inhibited by A. annua aqueous extract (AAE 2). Electrochemical measurements revealed …

High-temperature oxidation of molten aluminum was investigated by high-resolution
electron microscopes in order to determine the possibility of heterogeneous nucleation of …

By means of first-principles density-functional calculations, we studied the surface energy of
a nonstoichiometric MgO (1-11) slab, the interfacial energy and interfacial bonding …

In this work, Ti-10V-2Fe-3Al alloy was selected as the test material, and the shot peening
process of a CoCrFeNiAlx system high-entropy alloy was simulated based on effective test …

The influence of intensive shearing above liquidus on the solidification process,
microstructural evolution and its effect on the final microstructure for the Al–10wt% Mg alloy …

Applying mechanical shearing by melt conditioner machine at above liquidus temperature
was carried out. The experimental results show fine and uniform structure can be acquired …

An intensively melt sheared aluminum alloy was cast to verify the possibility of
heterogeneous nucleation of aluminum grains from fine oxide particles. A novel combined …