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12.11.2016

AFM tip with graphene ribbon sliding against the gold substrate — credit for image phys.org: http://phys.org/news/2016-02-graphene-smoothly-gold.html

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A two-body abrasive wear model as a contact-induced fracture process

14.10.2019 1,033 Views

A recent work by the researchers from Leibniz University Hannover presents a 3-D framework for simulation of contact-driven-fracture processes (like abrasive wear) in filled elastomers. Modeling of material removal processes, like wear, to this day [...]
Tribometer managing autumn leaf problem on railways worldwide

25.02.2019 1,501 Views

Since the 1800s, railway organizations have been struggling with low adhesion on the rail, especially during the Autumn season also known as the “slippery track season”. In Autumn, leaves fall on the rails and when [...]
Mixed Lubrication: Wear Particles Size and Friction Evolution

10.04.2017 1,479 Views

Wear in tribological contacts results in generation of wear particles of various sizes and shapes and these particles impact the performance of the mechanical devices. These particles may create additional mechanical damage or act as [...]
Fight friction with plasma

03.05.2017 1,309 Views

For road vehicles, wind resistance increases fuel consumption. But one way to fight wind is with wind. Researchers in Sweden are experimenting with reducing drag on trucks with electric wind devices that mimic the way [...]
Contact Mechanics Book

06.03.2018 345 Views

The Handbook on Contact Mechanics (Handbuch der Kontaktmechanik) co-authored by Honorary Professor of Tomsk Polytechnic University, head of the Department of System Dynamics and Friction Physics at Technical University Berlin, Valentin Popov, a TPU alumnus [...]

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A two-body abrasive wear model as a contact-induced fracture process

Tribometer managing autumn leaf problem on railways worldwide

Mixed Lubrication: Wear Particles Size and Friction Evolution

Fight friction with plasma

Contact Mechanics Book