Cr diffusion from matrix FeCr alloy (metallic interconnect) results in Cr poisoning of the
cathode of Solid Oxide Fuel Cells, which recently became an urgent issue to be solved. The …

A combination of three methods, Griffith theory, work of interface separation, and first-
principles tensile simulations, has been applied to uncover the Ti 2 AlC/TiAl interface's …

We employ first-principles calculations to study the adhesion work, interface energy, and
electronic structure of Ti 2 AlC/Ti 3 Al interfaces. A novel interface mismatch model is …

Taking advantage of the high specific surface area of the nanoparticles, boron nitride (BN)
nanoparticles were incorporated into the semi-solidified aluminium-copper alloy Al–5Cu–Mn …

A TiAl composite containing hybrid particles and whisker reinforcements is fabricated by
vacuum melting. The results of this study show that the comprehensive mechanical …

A novel microstructural regulation strategy was utilized to improve the oxidation resistance of
TiAl alloy by the controllable multiple ceramic particles. TiAl composites were prepared …

Comprehending the interfacial structures and energetics of interfaces between γ-TiAl and α
2-Ti 3 Al phase is critical to understanding the stabilities of the binary-phase TiAl-Ti 3 Al …

The interfacial structure of the α-Mg/14H-LPSO phase in rare earth-including magnesium
alloy was investigated via high-angle annular dark-field scanning transmission electron …

The interface properties of in-situ NiAl (110)/Ag (111) and NiAl (110)/MoO 3 (010)
heterogeneous interfaces were systematically studied by first-principles calculation method …

Revealing the interfacial properties of TiB 2/TiAl composites is essential for understanding
the mechanism for TiAl alloys reinforced by ceramic particles of TiB 2. In this work, the …