This paper introduces a new microstructural template for high entropy alloys (HEAs), where
the face centered cubic (FCC) complex concentrated solid solution is reinforced with a high …

As a representative multicomponent alloy (MA) system, CoCrNi MAs and their derivatives
have shown good strength-ductility combinations but the friction behaviors have been less …

The microstructure evolution, phase interface relationships, and corresponding hardness
changes of discontinuous precipitation in Cu-15Ni-8Sn alloy during the aging process were …

Abstract Monel alloys containing 63Ni–30Cu (wt%) are often used in applications requiring
simultaneously high strength and corrosion resistance. Additions of Ti, Al and C to Monel …

Multi-componentization can further improve the heating resistance of Cu–Ni–Al alloys,
enabling them to withstand more demanding situations. Unfortunately, the limited …

Coherent cuboidal precipitation of γ′(Ni 3 Al) phases can significantly improve the high
temperature properties of Cu–Ni–Al alloys, in which, substantial γ′ phases and a suitable …

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 …

The joints of pure Cu and 304 stainless steel are widely used industrially as heat
exchangers. Brazing joints between pure Cu and 304 stainless steel using AgCuZnMnNi as …

High-temperature destabilization of the strengthening phase and the generation of
discontinuous precipitation at grain boundaries are mutual problem in current high …

With the aging temperature decreasing from 973 K to 773 K for the Cu-14.7 Ni-3.1 Al (wt.%)
alloys, a simultaneous increase of the tensile strength (from 563 MPa to 729 MPa) and the …