A new generation of fluid pressure forming technology has been developed for the three
typical structures of tubes, sheets, and shells, and hard-to-deform material components that …

A new model for the yield stress in superalloys accounting for unimodal and multimodal γ′
size distributions is presented. A critique of the classic models on γ′ shearing is presented …

The loss of ductility in the high strength polycrystalline superalloy 720Li is studied in air
between room temperature and 1000° C. Tensile ductility is influenced profoundly by the …

A computational methodology combining models of precipitation and dispersion
strengthening with grain growth and grain boundary hardening has been produced to …

A powder metallurgy nickel-based superalloy EP962NP was subjected to solid solution
treated and cooled in four media (water, oil, air and furnace) followed by aging treatment to …

An experimental investigation into the dynamic strain ageing (DSA) of a wrought Ni-base
superalloy 720Li was conducted. Characteristics of jerky flow have been studied at …

Nickel (Ni)-based superalloys are used for safety-critical components in the aerospace
industry because of their high strength at elevated temperatures. These materials are …

Multi-component Co-alloys are a class of promising metallic materials for high-temperature
applications. The present work primarily focuses on the plastic deformation mechanisms of a …

The fatigue performance and deformation mechanism of Ni-based single crystal superalloys
under cyclic tension–compression loading are studied by molecular dynamics simulations …

Recent work in the creep field has indicated that the traditional methodologies involving
power law equations are not sufficient to describe wide ranging creep behaviour. More …