The current study examined the plain fatigue and the fretting fatigue behaviors of the piston
pin alloy (16MnCr5 steel) under fully-reversed rotating bending loading. The standard …

The fretting-fatigue behaviour of shrink fit lug-bush assemblies is investigated. In this paper,
experimental fatigue tests are carried out on lug-bush specimens with three different levels …

This paper focuses on an experimental and numerical assessment of fretting fatigue in
cyclically loaded specimens from 42CrMo4+ QT steel in contact with bridge pads of the …

Many components made of cast iron (eg, in combustion engines) and aluminium (eg, in
aircraft construction) are subject to fretting fatigue. This results in a need for a method for …

The advancement of agriculture and a shortage of labor have led to an increased use of
agricultural machinery. However, the resulting environmental issues have prompted a shift …

Fretting wear and gear contact fatigue belong to adhesive wear. They have similar causes,
failure mechanisms, and failure appearance. Drawing inspiration from the gear contact …

Featured Application Safety calculation for shaft–hub connections. Abstract A well-known
phenomenon in machinery systems is the easing of a blocked connection of mechanical …

Stress measurements play a crucial role in safety analyses of transplanting devices. Strain
gauges for stress measurements during field tests can be expensive and time-consuming …

The planetary gear-bearing interference fit surface is prone to fretting slip under alternating
torque, which can lead to fretting wear and fatigue failure. However, the current studies often …

The connecting rod is one of the most important parts of the engine but suffers the risk of
fatigue due to the alternating loads, especially at the small end where the stress is locally …