Important advances in creep damage models for crack growth analysis have been made in
the last two decades as scientists and engineers strive to imbue continuum-based models …

Exposure of Al–Cu–Mg alloys to an elastic loading, either for “creep age forming” or other
manufacturing processes at relatively high temperature, will lead to microstructural changes …

Creep lifetime prediction is critical for the design of high-temperature components. Due to
creep lifetime being affected by many factors, its prediction with high accuracy is still …

This paper investigates the evolutionary behavior of interfacial friction in the oil-based
drilling fluid environment using ReaxFF molecular dynamics simulations. The analysis of …

Creep rupture life is a key performance parameter of nickel-based superalloys, which
directly affects the engineering service behavior of components. In this study, a machine …

In this paper, the frictional behaviors of Fe–Cr alloys in the lubricating effect of oil-based
lubricant are investigated through reactive molecular dynamics. It is shown that the oil-based …

Exposure of 2024-T3 Al alloy to an elastic loading, either for “creep age forming” and other
manufacturing processes at relatively high temperature, may lead to the lasting creep …

The need for a new paradigm to estimate remaining creep life of service exposed steels is
critically assessed. New approaches to residual life assessment are proposed, in the light of …

Creep caused failure is an important failure mode of the turbine blade. A numerical
approach of life assessment of the superalloy turbine blade is proposed in the present paper …

Predicting the creep rupture time of Nickel-based alloys has been one of the central topics in
materials science. This work is devoted to develop a comprehensive strategy based on …