While ordered L1 2 or gamma prime precipitates in face centered cubic (FCC) based
microstructures have been extensively used for strengthening nickel or cobalt base …

MCrAlY coatings are widely used to protect superalloys against oxidation and corrosion at
high temperature in gas turbine engines. To design a durable MCrAlY coating, the …

This paper reports a novel eutectoid nano-lamellar (FCC+ L12)/(BCC+ B2) microstructure
that has been discovered in a relatively simple Al0. 3CoFeNi high entropy alloy (HEA) or …

For NiAl microalloyed by ternary elements X= Cr, Mo, Ti, Ga an ab initio density, functional
approach is applied to study aspects of ductilization. By placing the alloying elements in the …

The influence of the reactive element Zr on the oxidation behavior of the AM1/NiAl system
has been investigated by means of cyclic oxidation combined with SEM microstructural …

The reliability issues concerning on microelectromechanical systems (MEMS) have steadily
developed in recent years. One of the processes to understand MEMS reliability is to know …

First-principles supercell calculations based on density functional theory were performed to
study the T= 0K site preference of 3d (Ti–Cu), 4d (Zr–Ag) and 5d (Hf–Au) transition-metal …

Electrical rotating machines, including motors, account for a significant portion of total
energy consumption in the world. Improving the magnetic materials used in motors is a key …

The site preference of Co in NiAl and its effects on structural, elastic, electronic and thermal
properties were investigated by performing first principles calculations using density …

The literature on data of the system Al–Ni–Ti is reviewed. A critical judgement regarding the
reliably established facts vs. educated guesses is made. As a result the data, which are …