The prediction of fatigue properties of structures and avoiding structural fatigue were
recognized as engineering problems in the early decades of the 20th century. A practical …

This paper reviews the previous literature on the effects of loading sequence on fatigue life
behaviour. Through load interaction, load sequences can significantly affect fatigue life. The …

Fatigue crack growth in structure components subjected to variable amplitude loading is a
very complex subject. Many models have been proposed, but as yet no universal model …

This paper proposes an autonomous method for detection and classification of fatigue crack
damage and risk assessment in polycrystalline alloys. In this paper, the analytical and …

Marine structures such as ships and offshore platforms are mostly designed with damage
tolerance and this design philosophy requires accurate prediction of fatigue crack …

A state-space model of fatigue crack growth has been formulated based on the crack closure
concept in the first part of the two-part paper. The unique feature of this state-space model is …

Structural health monitoring enables fatigue damage for in-service structures to be
evaluated and the remaining useful life to predicted. In this paper, Bayesian inference using …

The asymmetrical rolling (ASR) process with shear deformation is considered as a
promising technology to adjust/improve through-thickness microstructure homogeneity and …

Because metallic aircraft components are subject to a variety of in-service loading
conditions, predicting their fatigue life has become a critical challenge. To address the …

In this study, a combined low‐and high‐cycle fatigue (CCF) life prediction model, which
considers the crack closure effect (CCE) of micro‐defects, is proposed based on the …