Hlaf space approximation Archives

Contact Pressure For Rough Surfaces: A Tutorial

08.11.2017 TriboNet

Update 13-02-2022: Currently, a cloud based tool for the calculation described below is available. Please refer to the example given here. In this article, a calculation of contact pressure in a rough contact is discussed. […]

Feeling of a touch for robots through artificial intelligence and contact area patterns

06.06.2017

Eight years ago, Ted Adelson’s research group at MIT’s Computer Science and Artificial Intelligence Laboratory (CSAIL) unveiled a new sensor technology, called GelSight, that uses physical contact with an object to provide a remarkably detailed [...]
Keeping the Wind in Your Sails

19.07.2017

Just like any mechanical device, a wind energy system needs timely, appropriate lubrication in order to function reliably and predictably. Wind turbines routinely withstand extremely demanding conditions: vibration, high mechanical loads, contamination and moisture are [...]
Cavitation wear

10.07.2022

Cavitation wear Definition: Cavitation wear is a type of wear on solid materials surface that is in contact with a liquid medium where the surface is damaged due to the collapse of liquid bubbles with [...]
Graphene based solid lubricant reduces friction and wear

22.08.2017

This composite image depicts the makeup and performance of a new non-liquid lubricant developed by researchers at Purdue University. (Purdue University image/ Abdullah A. Alazemi) Download image. WEST LAFAYETTE, Ind. – Researchers have created a [...]
ZDDP Tribofilm: Durability and Chemistry

01.03.2017

The classical lubrication theory suggests the use of oil to reduce wear by the development of a thin separating lubricating film. However, the trends in the industry dictate miniaturization of the mechanical devices with a [...]

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Hlaf space approximation

Contact Pressure For Rough Surfaces: A Tutorial

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Feeling of a touch for robots through artificial intelligence and contact area patterns

Keeping the Wind in Your Sails

Cavitation wear

Graphene based solid lubricant reduces friction and wear

ZDDP Tribofilm: Durability and Chemistry