AFM indentation Archives - About Tribology

2D Materials Elastic Properties – AFM-Hertz Methodology

20.04.2016 Aydar Akchurin

2D materials are single or only few atomic layer thick and posses unique properties with potential in many technological fields. They are highly anisotropic, having significantly different properties in-plane and perpendicular-to-the-plane. For example, graphene, […]

Evolving friction of graphene

28.11.2016

Two-dimensional materials are defined as substances with the thickness less than few nanometers. While there may exist around 500 of various 2D materials, the first discovered 2D material is graphene. Graphene is flexible, transparent, possesses [...]
Nanotechnology Flight Test

29.07.2017

Mastering the intricacies of controlling matter at the nanoscale level is part of a revolutionary quest to apply nanotechnology to benefit industrial processes. A key element of that technology is the use of carbon nanotubes. [...]
New method reveals how damage occurs in human biological cells due to mechanical fatigue

18.11.2019

Human red cells (RBCs) are very versatile and have the ability to experience cell deformation as they move around different small vessels and capillaries. Their average life time is around 120 days and during this [...]
Everything is FAIR in research and tribology.

12.09.2022

Table of Contents IntroductionImportance of Ontology and ELNPin-on-disc experimentConclusion Introduction We live in an era of big data. Major corporations around the world are competing to collect data about their customers to provide better services [...]
A New Way to Understand Friction

21.09.2020

Friction is a part of everyday life. Most of us do not think about friction at all, except perhaps when we are trying to push something heavy along the floor, cursing the friction that it [...]

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2D Materials Elastic Properties – AFM-Hertz Methodology