Annotation This study examines the microstructure, mechanical and electrical properties of
the copper-clad wires with a core of Al-0, 5Fe alloy, obtained by casting into an …

Fretting fatigue causes failures in steel wire ropes. A crossed wires set-up was used to
investigate the influence of displacement amplitude on fretting fatigue damage. The analysis …

This study aimed to evaluate the residual fatigue strength of railway axles containing defects
of natural crack and micro-sinking at the press-fitted region. It involves experimental and …

In fretting fatigue, the local stress concept leads to a significant underestimation of fatigue
life. Conventional fatigue models lack conservatism in dovetail structures due to mesh …

This study investigates the fretting fatigue cracking process for wires made of aluminum alloy
through elastic and elastoplastic simulations of former tests where both crack arrest and …

This work investigates the impact of temperature on the fatigue life All Aluminum Alloy
Conductors (AAAC) made of 6201‐T81. A heating chamber was developed to simulate …

Ce travail de recherche porte sur l'étude de l'impact de la microstructure sur le phénomène
de fissuration dans le cas d'une sollicitation de fretting simple. Du fait des forts gradients de …

Recent advances in numerical modelling now allow 3D analysis of complete conductor-
clamp assemblies under multiaxial loading, while considering all wire interactions. In-depth …

Dans ce papier, nous explorons une méthodologie permettant d'établir des trajectoires de
vieillissement à partir d'essai de fatigue. Notre approche s' appuie sur des chaînes de …

This study investigates the influence of microstructural size and stress gradients on crack
nucleation in ferrite-pearlite steel under cylinder/plane fretting conditions. An experimental …