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Homeliquid to solid interface

liquid to solid interface

salvinia molesta
Atomistic Tribology

An Engineered Salvinia-like Slippery Surface

01.02.2021 tribonet 307 Views

The surface properties of materials are often critical because they dictate how they react with their external environment. An important property currently under intense investigation is how surfaces interact with liquids like water. In a […]

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More to Read

  • Wheel railway tribology

    Tribometer managing autumn leaf problem on railways worldwide

    25.02.2019 1,378 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 [...]
  • glaciers flow

    Modeling Ice Friction

    13.05.2019 622 Views
    Glaciers and Ice Friction Glaciers are comprised of snow accumulated over many years and compressed into large ice masses. Formed when snow remains in a location long enough to form ice, glaciers are unique in [...]
  • Gulf Spill

    Bio-lubricants and Environmentally Acceptable Lubricants (EAL)

    29.05.2016 3,082 Views
    The increasing awareness on environmental pollution caused by many chemicals, including lubricants, promotes the use of environmentally friendly products. There is a clear trend towards a more responsible use of lubricants and several legislations already [...]
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    Graphene based solid lubricant reduces friction and wear

    22.08.2017 2,062 Views
    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 [...]
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    Molecular Dynamic Simulations of Zinc Phosphate - Iron Oxide Reaction

    04.04.2016 571 Views
    In order to improve wear resistance of the surfaces operating in harsh conditions, along with base oils additives are frequently used.  ZDDP is one of the best additives in terms of antiwear performance, however, environmentally unfriendly. [...]
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