analytical model Archives - About Tribology

Adhesive Wear Particles Generation: by Fracture or Atom-by-Atom?

01.08.2016 Aydar Akchurin

The most famous equation to predict wear known probably to everyone working in the field of tribology is Archard’s model (1953). The model assumes that wear occurs through the fracture of plastically deformed material and […]

Benefits of Hybrid Bearings in Severe Conditions

03.07.2017

Hybrid bearings, i.e., bearings with steel rings and bearing grade silicon nitride (Si3N4) rolling elements, have been increasingly used in applications operating in challenging environments [1-4] such as high-speed, oil-free air conditioning and refrigeration compressors, [...]
Generating electricity through friction

17.05.2021

Electricity is considered as a basic necessity for humans just like food, water and shelter. Ironically, if we think about it we need electricity to make food, water and shelter nowadays. In its early days, [...]
Super-ballistic electron flow confirmed

01.12.2017

Behaving like particles in a viscous fluid can help bunches of electrons squeeze through a tight space. When many people try to squeeze through a passageway at the same time, it creates a bottleneck that [...]
Tribology in renewable energy

08.05.2023

Table of Contents IntroductionTribology in wind power turbinesTribology in tidal power turbinesTribology in geothermal energy plantsReference Introduction Renewable energies and their technologies are the essential components for developing sustainable energy generation for the future. There [...]
Determining Fatigue Wear Using Wear Particle Analysis Tools

26.06.2016

A nice article regarding the wear particles analysis in Machinery Lubrication, look further: http://www.machinerylubrication.com/Read/526/fatigue-wear-particle-analysis.

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Adhesive Wear Particles Generation: by Fracture or Atom-by-Atom?