The fatigue crack growth of wire and arc additive manufactured Ti-6Al-4V alloys is
investigated using in-situ SEM fatigue testing. The small crack initiation and propagation …

疲劳小裂纹扩展作为疲劳开裂过程中的关键阶段之一, 显著影响着材料和结构的疲劳断裂过程.
因具有速率波动和扩展路径偏转等特点, 小裂纹效应给材料和结构疲劳寿命预测结果带来了不 …

Neutron diffraction and electric potential experiments were carried out to investigate the
growth behavior of a fatigue crack subjected to a single tensile overload. The specific …

A unified model based on CTOD is proposed to calculate the growth rate of physically small
crack (PSC) and long crack (LC). Firstly, an in-situ SEM testing under the single overload …

This paper was concerned with an approach to predict fatigue life based on a multi-scale
crack propagation model. The expressions of crack propagation rates in microstructurally …

This work characterises crack growth in AA2024-T315 by combining different methods to
further increase the reliability of the results. The Christopher-James-Patterson (CJP) model …

Fretting fatigue manifests in mechanical systems exposed to contact forces that vary over
time, resulting in premature cracks that can lead to component failure. Shot peening …

Fatigue lives of as-polished and shot peened specimens were predicted using the original
Navarro-Rios model (monotonic damage model) and a more recent version of the same …

In this article a new fretting fatigue life prediction model is presented. The model can be
classified as a variable crack initiation length: the crack initiation and crack propagation …

High and low cycle fatigue tests performed on shot peened Inconel 718 can result in
different crack initiation locations and mechanisms as well as in a wide range of fatigue lives …