This paper is a brief review and discussion of the recent literature on the hairy adhesive pads of beetles, with the focus on two features of these pads, firstly, compliant setal tips and secondly, a liquid secretion, that together guarantee robust cycles of attachment/detachment on smooth and rough substrates. The compliance is required to ensure sufficient contact between the setal tips and the substrate with a minimum of elastically stored energy at the contact interface. The secretion fills potential gaps between both surfaces, generates capillary adhesive forces, and enhances self-cleaning of these microstructures. Furthermore, the secretion might prevent setal dehydration and subsequently maintain setal tip compliancy. The paper also ...
Smooth adhesive pads are found among the arthropods, amphibians (particularly tree frogs), and in so...
Insects use either hairy or smooth adhesive pads to safely adhere to various kinds of surfaces. Alth...
Insects use either hairy or smooth adhesive pads to safely adhere to various kinds of surfaces. Alth...
Many animals are able to scale smooth surfaces using adhesive structures on their feet. These organs...
Many insects can climb on smooth inverted substrates using adhesive hairy pads on their legs. The ha...
Insects use hairy or smooth adhesive pads to stick to almost all known surfaces. Although studied fo...
Many insects use soft adhesive footpads for climbing. The surface contact of these organs is mediate...
Many arachnids possess adhesive pads on their feet that help them climb smooth surfaces and capture ...
Many insects use soft adhesive footpads for climbing. The surface contact of these organs is mediate...
The manipulation of microscopic objects is challenging because of high adhesion forces, which render...
Nanoscale observation of beetle's attachment systems has revealed various exquisite multiscale archi...
Many insects cling to vertical and inverted surfaces with pads that adhere by nanometre-thin films o...
Many insects cling to vertical and inverted surfaces with pads that adhere by nanometre-thin films o...
Insects possess adhesive organs that allow attachment to diverse surfaces. Efficient adhesion must b...
The feet of many insects are covered with dense arrays of hair-like structures called setae. Liquid ...
Smooth adhesive pads are found among the arthropods, amphibians (particularly tree frogs), and in so...
Insects use either hairy or smooth adhesive pads to safely adhere to various kinds of surfaces. Alth...
Insects use either hairy or smooth adhesive pads to safely adhere to various kinds of surfaces. Alth...
Many animals are able to scale smooth surfaces using adhesive structures on their feet. These organs...
Many insects can climb on smooth inverted substrates using adhesive hairy pads on their legs. The ha...
Insects use hairy or smooth adhesive pads to stick to almost all known surfaces. Although studied fo...
Many insects use soft adhesive footpads for climbing. The surface contact of these organs is mediate...
Many arachnids possess adhesive pads on their feet that help them climb smooth surfaces and capture ...
Many insects use soft adhesive footpads for climbing. The surface contact of these organs is mediate...
The manipulation of microscopic objects is challenging because of high adhesion forces, which render...
Nanoscale observation of beetle's attachment systems has revealed various exquisite multiscale archi...
Many insects cling to vertical and inverted surfaces with pads that adhere by nanometre-thin films o...
Many insects cling to vertical and inverted surfaces with pads that adhere by nanometre-thin films o...
Insects possess adhesive organs that allow attachment to diverse surfaces. Efficient adhesion must b...
The feet of many insects are covered with dense arrays of hair-like structures called setae. Liquid ...
Smooth adhesive pads are found among the arthropods, amphibians (particularly tree frogs), and in so...
Insects use either hairy or smooth adhesive pads to safely adhere to various kinds of surfaces. Alth...
Insects use either hairy or smooth adhesive pads to safely adhere to various kinds of surfaces. Alth...