A systematic review of the various aspects of internal load transfer using different diffraction-
based methods has been carried out in this work to strengthen the understanding of metal …

Nickel-based single crystal superalloys (Ni-SXs) are of great interests in aircraft industry due
to their excellent high temperature creep strength deriving from the rigid gamma/gamma …

Circular holes in single crystal (SX) turbine blades are susceptible to creep failure at high
temperatures, due to the stress concentrations near the holes. In this study, a dislocation …

The microstructural and compositional evolution of intergranular carbides and borides prior
to and after creep deformation at 850° C in a polycrystalline nickel-based superalloy was …

Understanding changes in chemistry, microstructure, and physical properties during
synthesis, processing, testing, and even service is vital for materials design and …

Surface treatment techniques, like laser peening, enhance the longevity of Ni-based
superalloy components by reinforcing their microstructure against surface-initiated damage …

Abstract The Ni-based K417G superalloy is extensively applied as aeroengine components
for its low cost and good mid-temperature (600–900° C) properties. Since used in as-cast …

Stacking fault energy can be reduced by adding Co to Ni-based superalloys. In this work, a
novel Ni-based superalloy was developed with 20 wt% Co content to reduce the stacking …

Nanoindentation technique was adopted to study indentation size effects of physical-
mechanical and creep performance with various depths (200–2000 nm) in GH901 utilising …

The creep-fatigue interaction has been recognized as the main failure mode of most
structural components operating in the high-temperature regime. The cyclic life (N f) usually …