It has been shown in recent years that many species in Nature employ hierarchy and contact splitting as a strategy to enhance the adhesive properties of their attachments. aximizing the adhesive force is however not the only goal. Many animals can achieve a tunable adhesive force, which allows them to both strongly attach to a surface and easily detach when necessary. Here, we study the adhesive
A 3D Griffith peeling model to unify and generalize single and double peeling theories / Liprandi, Daniele; Misseroni, Diego; Bosia, Federico; Fraldi, Massimiliano; Pugno, Nicola M.. - In: MECCANICA. - ISSN 0025-6455. - 57:5(2022), pp. 1125-1138. [10.1007/s11012-022-01480-1]
A 3D Griffith peeling model to unify and generalize single and double peeling theories
Misseroni, Diego;Pugno, Nicola M.
2022-01-01
Abstract
It has been shown in recent years that many species in Nature employ hierarchy and contact splitting as a strategy to enhance the adhesive properties of their attachments. aximizing the adhesive force is however not the only goal. Many animals can achieve a tunable adhesive force, which allows them to both strongly attach to a surface and easily detach when necessary. Here, we study the adhesive| File | Dimensione | Formato | |
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202212-MECANICA-A_3D_Griffith_peeling.pdf
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