As the lightest structural metal and one of the most abundant metallic elements on earth,
magnesium (Mg) has been used as an “industrial metal” for lightweighting in the …

An adequate thermodynamic model is required for describing the long-period stacking
ordered (LPSO) phase because previously developed models cannot account for the …

In this work, a Cu–Cr–Ag–Mg–Sn alloy was developed assisted by a CALPHAD technique,
by which a suitable chemical composition (Cu-0.5 Cr-0.1 Ag-0.05 Mg-0.05 Sn) and …

Segregation-induced oxidation of Cu-15Ni-8Sn (wt%) alloy at 850° C was studied by
CALPHAD_based modeling and key experimental characterizations. In this work, the …

The understanding of solid-state reactions and interphase formation at elevated
temperatures and also under non-isothermal conditions, eg, of the interphase formation of …

Designing magnesium sheet alloys for room temperature (RT) forming is a challenge due to
the limited deformation modes offered by the hexagonal close-packed crystal structure of …

Recently, the design of lightweight high entropy alloys (HEAs) with a mass density lower
than 5 g/cm3 has attracted much research interest in structural materials. We applied a first …

The microstructure-induced high-temperature oxidation behavior of Cu-10Ni-3Al (wt%) at
800℃ was studied through experimental methods and CALPHAD modeling. In this study, a …

Atomic mobility and thermodynamic assessments of the fcc Co–Cr–Mn system were
performed using the ternary diffusion data. Diffusion couples in the Co–rich region of the …

The segregation of the Fe element in Ti-10V-2Fe-3Al titanium alloy (Ti-1023) can lead to the
generation of beta flecks, which seriously affects the performance of Ti-1023 products …