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

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Contact Between Biological Attachment Devices and Rough Surfaces,cially, when spatulae are misaligned prior to the contact formation. The shear force has an optimum, when maximal contact is formed, but no slip occurs. In such a state, maximal adhesion can be generated. Another factor influencing attachment is the pad secretion, which flow on rough substrates is s

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Anisotropic Friction in Biological Systems,c structures is to generate low sliding friction in the forward sliding direction, and high propulsive force along the substrate. Snakes are also able to dynamically adapt their friction interactions by redistributing their local pressures and changing their winding angles, when either friction anis

BRUNT

Mechanical Interlocking of Biological Fasteners,re waterproof, breathable, lightweight constructions combining thermo-isolation, rigidity and flexibility due to the feather’s ability to hold its parts together by a specific pattern of hooklets. The feather vane can be separated into two parts by pulling neighboring barbs apart, but original state

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Biomechanics at the Microscale, its motion within the female spermathecal duct. These properties might be partially due to rubber-like protein resilin that is assumed to be an almost perfect elastomer in insects. Resilin is an ideal material for elastic joints that are subjected to repeated cyclical stress. During the lifetime of

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Ecology and Evolution, if one ant species would partially or totally disappear from the system, this could cause dramatic changes in the plant populations as well. Another example treated in this chapter deals with animal aggregations, which are especially common in insects. The aggregations may result from an uneven dis

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Combined Discrete and Continual Approachesin Biological Modelling

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https://doi.org/10.1007/978-3-319-95999-3ffect is related to the practically important states of the “frozen kinetics” which accompanies extremely wide spectrum of phenomena and allows understanding different physical and biological processes.

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Advances in Consulting Researchcially, when spatulae are misaligned prior to the contact formation. The shear force has an optimum, when maximal contact is formed, but no slip occurs. In such a state, maximal adhesion can be generated. Another factor influencing attachment is the pad secretion, which flow on rough substrates is s