Abstract Machine learning has drawn growing attention from the areas of fatigue, fracture,
and structural integrity. However, most current studies are fully data-driven and may …

Damage tolerance theory and the design of safe life are used for mechanical components of
importance and in such instances determination of fatigue life using computational …

Fatigue design assessment is a crucial step in the design process of ships and offshore
structures. To date, the stochastic approach is commonly used to calculate the total lifetime …

Mixed-mode fatigue crack propagation analysis is studied using ordinary state-based
peridynamics. By introducing the concept of “remaining life”, the fatigue crack nucleation and …

Abstract Mixed-mode (I/II) fatigue crack growth experiments in Al 7075-T6 alloy have been
performed using a newly proposed single edge cracked circular (SECC) specimen. An …

This study aims to elucidate the nucleation processes of transgranular stress corrosion
cracking occurring in aluminum alloy 6061-T651 immersed in NaCl solution. The specimen …

The fatigue crack growth characteristics of a hollow impeller whose thin-walled web has the
propensity to nucleate multiple site damage (MSD) were investigated. To study its MSD …

The purpose of this research was to present a simulation modelling of a crack propagation
trajectory in linear elastic material subjected to mixed-mode loadings and investigate the …

Crack tip plasticity and fracture toughness are usually connected with T-stresses under
mixed mode I/II loading conditions. By means of von Mises yield criterion, a new analytical …

A multiscale model is developed to predict mixed-mode fatigue crack growth (FCG) behavior
in laminated composites by considering the micromechanical effects of fiber bridging. The …