Titlebook: Combined Discrete and Continual Approachesin Biological Modelling; Alexander E. Filippov,Stanislav N. Gorb Book 2020 Springer Nature Switz

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Clusterization of Biological Structures with High Aspect Ratio,lar adhesion systems. If the arrays of fiber-like structures are flexible enough to allow efficient contact with natural rough surfaces, after few attachment-detachment cycles, the fibers tend to adhere one to another and form clusters which are much larger than original fibers. Due to this effect,

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Contact Between Biological Attachment Devices and Rough Surfaces,ork of adhesion depends on the type of the substrate. It is interesting to note that the interaction of a spatula-like hair tip with the substrate is practically independent on the numerical approach by which the substrate is modeled. However, in the experiments on real animals, as well as in numeri

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Biomechanics at the Microscale,fluences shapes indirectly through corresponding properties, links between genital features and their functional mechanisms are critically important, in order to understand evolutionary mechanisms of morphological diversity. In this chapter, we numerically modeled hyper-elongated male and female gen

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Nanoscale Pattern Formation in Biological Surfaces,-pattern on the belly scales of the pythonid snake . is analyzed using correlation analysis of the distances between individual nanostructures. (2) Pattern formation in the multi-component colloidal secretion of whip-spiders (cerotegument) is numerically simulated and discussed. (3) Pattern formatio

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