Third body wear - Open Access .click

Wear, 2007
Many laws already exist for wear, but few are really predictive. In order to better understand the wear process, classical wear models are compared to the third body concept. This concept emphasizes that particle detachment mechanisms, the flow of these particles inside the contact, and their ejection from the contact have to be considered in order to ...
Nicolas Fillot, I Iordanoff, Y Berthier +2 more
exaly +3 more sources

Effect of plasticity on nanoscale wear of third-body particles

Tribology International, 2021
Abstract Understanding third-body wear is difficult when the size of the third-body particle reaches nanoscale, because the plasticity produced at the nanoscale exhibits a size effect resulting from the dislocation plasticity in a finite volume.
Yujie Wei, Xiaoming Liu, Jianqiao Hu
exaly +2 more sources

Widening Classical Wear Laws to the Concept of Third Body

World Tribology Congress III, Volume 1, 2005
During the second part of the twentieth century, many efforts have been done to model wear. Particularly, Archard proposes in 1953 [1] one of the first wear law, which is often written on the following form: dW/dt=K.P.V(1) with dW/dt the mass of detached particles from the rubbing materials per unit time, P the applied pressure, V the sliding speed and
Fillot, Nicolas, Iordanoff, Ivan, Berthier, Yves +2 more
openaire +2 more sources

The role of the third body in the fretting wear of 690 alloy

International Journal of Modern Physics B, 2020
In this work, to investigate the role of the third body in the fretting behavior of 690 alloy, the fretting capabilities of 690 alloy against 405 stainless steel have been performed under various experimental conditions. The testing normal force and temperature varied from 10 N to 40 N and from room-temperature (RT) to [Formula: see text]C ...
Xue Mi +5 more
openaire +1 more source

wear
friction
tribology

lubricated sliding
third body
ultra-low wear

wear mechanism
running-in