Titlebook: Bio-inspired Structured Adhesives; Biological Prototype Lars Heepe,Longjian Xue,Stanislav N. Gorb Book 2017 Springer International Publishi

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The TEPCO Prosecutions and Acquittals,ow contact splitting is used effectively by animals such as geckos and insects to increase the total peeling line of contacts and therefore the? adhesion force. Also, tapering of contacts or grading of their mechanical properties has been shown to be instrumental in the achievement of improved adhes

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Traditional Diplomats and New Actors,esent strongly enhanced adhesive properties if compared to surfaces covered with cylindrical micropillars made of the same material. However, different geometries lead to different adhesive performance, and finding the optimal solution has become of utmost importance. In this chapter we summarize th

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https://doi.org/10.1057/9781137307743array patterns were separated employing a wedge adhesion test. We found that the complementary gel-elastomer interface can be up to 5 times stronger than a control, non-structured, gel-elastomer interface. The higher the surface feature (ridge/fibril) and the smaller the spacing between the features

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https://doi.org/10.1057/9781137307743fying the nanoscale mechanical properties of the surface of complex polymer coatings based on silicone oligomers in order to use them as bioadhesives. The AFM modes used are Peak Force Tapping and Contact with Si.N. and chemically-modified (CH.-terminated alkanethiols, COOH-terminated alkanethiols)