The present work uses machine learning to predict fretting crack lengths and corresponding
stress intensity factors (SIF) under partial slip conditions resulting in crack arrest. Plain …

Fretting fatigue failure of press fitted railway axle-wheel assembly was presented. Size,
distribution and propagation profiles of the circumferential fretting cracks on the full-scale …

A combined experimental and numerical study is presented in order to predict fretting crack
propagation. It rests on 2D and 3D fretting tests, with carefully controlled loading conditions …

The progress in fretting fatigue understanding and predictability is reviewed, with
engineering applications in mind. While industrial assessments often relies on simple …

To predict the fretting fatigue crack growth (FFCG) life of railway axles, a series of interrupted
fatigue experiments were conducted on scaled railway axles. Subsequently, the evolutions …

This paper presents two empirical parameters for the prediction of fretting. The first is a
simple parameter, Dfret1, which is shown to correlate test data against fretting fatigue life in …

In this work, a fretting fatigue experimental campaign on Al 7075-T651 alloy specimens is
simulated by using both analytical and numerical approaches. According to one of the …

A semi-analytical model is developed for the two-dimensional fretting contact of layered
materials with vertical cracks near surfaces to investigate the effects of layers and cracks on …

The effect of SiC particle orientation regarding the fretting cracking process of an Al-SiC
metal matrix composite (MMC) is investigated. Focusing on the crack extension below a …

The initial crack path is analysed in a series of fretting fatigue tests with cylindrical contact. In
such tests, both specimens and pads are made of Al7075-T651 alloy and a non-proportional …