Our safety, comfort and peace of mind are heavily dependent upon our capability to prevent,
predict or postpone the failure of components and structures on the basis of sound physical …

The γ′ phase strengthened Nickel-base superalloy is one of the most significant dual-
phase alloy systems for high-temperature engineering applications. The tensile properties of …

Coherent precipitation of cuboidal γ'-Co 3 (Al, W) nanoparticles in face-centered-cubic
(FCC)-γ matrix is of great significance for improving high-temperature mechanical properties …

Chromium is known to confer oxidation resistance on Co-based superalloys. Herein we
studied the influence of Cr concentration on the properties of a Co-based superalloy, Co …

An unusual deformation mode involving the formation of intrinsic stacking faults in the γ
matrix of experimental Ru-containing γ–γ′ superalloys with high Co and Re contents …

Ni-base superalloys are critical materials for numerous demanding applications in the
energy and aerospace sectors. Their complex chemistry and microstructure require detailed …

The compression behavior under a temperature range from room temperature to 1100° C
were conducted on the single crystal superalloys CMSX-4. The objective of this study is to …

Abstract The ferritic superalloy Fe–10Ni–6.5 Al–10Cr–3.4 Mo strengthened by ordered (Ni,
Fe) Al B2-type precipitates is a candidate material for ultra-supercritical steam turbine …

For nickel-based single-crystal superalloys, simultaneously reducing the segregation and
optimising the microstructure is a primary challenge in the field of heat treatment. To further …

Abstract Precipitate evolution in Ti–5Al–5Mo–5V–3Cr–0.3 Fe wt.%(Ti-5553) has been
studied in-situ by small angle neutron scattering (SANS) during a two step ageing heat …