This work focuses on a multiscale analysis of the fretting-fatigue endurance of aluminum
strands within overhead conductors. Based on experimental results, Crossland, Fatemi …

This work presents a coupled 3D wear and fatigue numerical procedure for fretting problems
in ultra-high strength steel wires that combines Archard's wear equation with the Smith …

This work proposes a new methodology to assess the fatigue life of overhead conductors.
The approach relies on (i) a global stress analysis of a multistranded conductor using a 3D …

Multi-strand, copper conductors in submarine power cables (SPCs) for offshore wind are
susceptible to fretting wear and fatigue, due to multiplicity and complexity of contacts …

Aluminum alloy (AA) 1120 wires have increasingly been used in overhead conductors due
to their high tensile and creep resistance and electrical conductivity compared to other …

The present research work deals with the fatigue assessment of an Al 7075-T651 subjected
to fretting fatigue testing characterised by cylindrical contact. A small rolling of the pads is …

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 …

Fretting fatigue is an important cause of the failure of the turbine blade-disc dovetail joint in
aero-engines. In this work in-situ scanning electron microscope (SEM) fretting fatigue …

Fretting fatigue is a detrimental phenomenon in aeronautic industry, where the appropriate
methods for crack location prediction and total life prediction are vital. In the present paper …

Submarine power cables (SPC) are vulnerable to fretting, wear, and fatigue due to the
dynamic environment, particularly at end connectors and junctions or other discontinuities …