Abstract Cu–Al–Ni alloys are one class of typical precipitation strengthening alloy, its
mechanical properties are highly sensitive to temperature and strain. In this work, the …

Film cooling hole structures significantly influence the mechanical behavior of a single
crystal turbine blade. This study investigates the tensile behavior of nickel-based single …

Order strengthening in nickel-based superalloys is associated with the extra stress required
for dislocations to bypass the γ′ precipitates distributed in the γ matrix. Depending on the …

Single crystal (SC) Ni-based superalloys undergo microstructural degradations such as
rafting and coarsening due to the extremely harsh service environment, which consequently …

Long-term high temperature oxidation seriously affects the creep properties of the Ni-based
single crystal superalloy. By using experimental research together with finite element …

In this study, the effect of heat treatment on the microstructures and mechanical properties of
GH4099 superalloy fabricated by selective laser melting (SLM) was investigated. The …

Film cooling hole is an essential part of aero-engines, necessitating without recast layer, no
stray corrosion, and high machining efficiency. Its sustainable manufacturing has been at the …

A phenomenological model is proposed to predict both monotonic and cyclic softening in
Inconel 718 superalloy at 650° C. Contrary to the current cyclic softening models consisting …

Generally, with a large lattice misfit, dislocations tend to move smoothly via cross-slip in γ
channels, and rapidly reorient themselves from the< 110> to< 100> direction on the surface …

Ni-based single-crystal superalloys, mostly used in turbine blade applications, are inherently
anisotropic and usually cast in the⟨ 001⟩ direction. Any slight misorientations result in …