The fatigue strength of journal bearing exampled with tin-based Babbitt bushes was
calculated with fluid-structure interaction technique. The oil film pressure obtained by …

Abstract Sn base Babbit (Sn-Sb-Cu) has become a material of choice for making sliding
bearings and liners because of the anti-friction and excellent embedability properties of Sn …

Tin-based bearing alloy has the microstructure characteristics of hard phases distributed on
the soft solution matrix. The soft solution matrix provides lubrication and embeddability, and …

The wear resistance of Babbitt is used to improve anti-adhesion to the journal surface as
bearing bushing in the industrial application. But the coarse grain and heterogeneous …

In order to strengthen pure tin and improve its dry sliding resistance, Sn/SiC and Sn/Zn
composites were fabricated via a powder metallurgy route. Microstructure, hardness and pin …

Sn-based Babbitt coatings are widely used for sliding in hydrodynamic bearings. The
Babbitting of bearing surfaces is among others accomplished by casting; however, this …

Purpose This paper aims to study different morphology Cu6Sn5 effect on Babbitt alloy
tribological properties. Design/methodology/approach Different morphology Cu6Sn5 of …

The contact between a rigid flat and a coated asperity is studied using the finite element
method under frictionless and friction condition. The soft coating and hard substrate of the …

Antifriction materials, such as silver, copper, Babbitt B83, and graphene oxide (GO), were
used to prepare running-in coatings on the surface of bronze QSn10-1 by electro-spark …

A deposited layer of Sn-based Babbitt alloys was fabricated on the surface of the steel
substrate via the arc deposition technique. The effect of the composition of Zn on the …