Products made from additive manufacturing processes have attracted great attention in
engineering, health care, and society at large. However, there is little knowledge about the …

Nanoscopic characterization of heterogeneous intermetallic particles (IMPs) which
microstructurally and compositionally evolve during local corrosion is crucial in unravelling …

A fundamental understanding of corrosion mechanisms is the key to developing suitable
corrosion protection approaches, and for the prediction of service life of metallic structures …

Dealloying is involved in materials science responsible for fabrication of nanoscale
structures beneficially but for corrosion degradations detrimentally. Detailed understanding …

The corrosion behaviour of a recently developed Al-Li-Cu-Mg alloy thick plate was
investigated using correlative immersion testing in 3.5% NaCl solution with analytical …

The microstructure, and electrochemical properties of additively manufactured Al-alloy
AA2024 (AM2024, Al-Cu-Mg) produced by selective laser melting are reported. In-depth …

Friction stir process (FSP) was conducted in both air and water on aluminium alloy AA7075,
with the latter environment providing the smallest grain size and a higher surface copper …

Atomic emission spectroelectrochemistry (AESEC) is a relatively novel technique that gives
real-time elemental dissolution rates for a material/electrolyte combination, either reacting …

For multi-phase intermetallic particles consisting of both θ-and S-phase, de-alloying
occurred preferentially at S-phase and the de-alloying of θ-phase initiated in the regions …

Nickel aluminium bronze alloy specimens were produced using laser powder bed fusion
(LPBF) and subjected to heat treatment to understand their corrosion behaviour when …