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Homewear debris

wear debris

steel-wear-particles-prediction-vs-afm-dls
Computational Tribology
Predicting the size of wear particles
21.11.2016 TriboNet

A wear process results in the generation of particles, of various size, shape, color and chemical composition. The reported size of wear particles varies from mm scale, which is typically attributed to severe wear, to […]

wear-debris-generation-stages-featured
Computational 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 […]

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More to Read

  • Carpick - Mate - Tribology at the small scale

    Tribology on the Small Scale: A Modern Textbook on Friction, Lubrication, and Wear

    04.12.2019
    In recent decades, tribology field has seen a great interest in friction and wear processes occurring at the micro- and nanoscale. This interest has led to the development of a new branch of tribology focusing on the small [...]
  • graphene structure

    The Science of Friction on Graphene

    12.08.2017
    Sliding on flexible graphene surfaces has been uncharted territory until now, Graphene, a two-dimensional form of carbon sheets just one atom thick, has been the subject of widespread research, in large part because of its [...]
  • STLE Conference

    STLE Brings Tribology Frontiers Conference and Tribology & Lubrication for E-Mobility Conference to Cleveland November 12-15 

    29.10.2023
    Co-branded event provides tribology and lubrication engineering enthusiasts with the latest field science  PARK RIDGE, Illinois (September 28, 2023) ─ The Society of Tribologists and Lubrication Engineers (STLE) — the technical society for individuals in the field of [...]
  • Tribo Film Growth with AFM

    Antiwear tribofilm growth – AFM study

    14.03.2016
    In a wide range of tribological components, the lubricant is not capable of separating the surfaces and areas of metal-to-metal contact occurs. However, the metal-to-metal contact area can be minimized by the action of additives, [...]
  • Adhesive contact

    Should the contact area really increase due to sliding, and why this is never observed?

    14.08.2019
    Table of Contents AbstractIntroductionConclusionAuthorReferences Abstract A paper by Menga, Carbone & Dini (MCD) recently published in prestigeous journal, suggests that in the contact with adhesion, the effect of tangential forces, and in particular of shear [...]
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