This work introduces novel techniques for the fabrication of bio-inspired hierarchical micro- and nanostructures. The enormous potential of these techniques is demonstrated by presenting a synthetic gecko-like adhesive matching the adhesion and self-cleaning of geckos very closely and a nanofur which is superhydrophobic, superoleophilic, underwater air-retaining, and even self-healing when surface treated
As modern technology demands for miniaturized structures with higher surface area to the volume rati...
The fabrication of microstructured surfaces using biological templates was investigated with the aim...
Hierarchical pillar arrays consisting of micrometer-sized polymer setae covered by carbon nanotubes ...
This work introduces novel techniques for the fabrication of bio-inspired hierarchical micro- and na...
The external epithelial surfaces of plants and animals are frequently carpeted with small micro- and...
The attachment pads of gecko lizards represent one of the most versatile and effective adhesive stru...
Geckos are well known for being rapid climbers that have long existed in nature. The reversible and ...
© Springer International Publishing AG 2017. Biomimetics has introduced a new paradigm: by construct...
Bioinspired fibrillar structures have been promising for various disruptive adhesive applications. E...
Nature has created an array of superhydrophobic surfaces that possess water-repellent, self-cleaning...
Inspired by the remarkable adhesion properties of gecko lizards, bio-inspired dry adhesives with sma...
Geckos have one of the world’s most efficient reversible adhesion systems. Even walking in dusty con...
In this thesis, we used CMOS-like technologies to produce improved, hierarchical multifunctional bio...
The fine hair adhesive system found in nature is capable of reversibly adhering to just about any su...
The fabrication of microstructured surfaces using biological tem- plates was investigated with the a...
As modern technology demands for miniaturized structures with higher surface area to the volume rati...
The fabrication of microstructured surfaces using biological templates was investigated with the aim...
Hierarchical pillar arrays consisting of micrometer-sized polymer setae covered by carbon nanotubes ...
This work introduces novel techniques for the fabrication of bio-inspired hierarchical micro- and na...
The external epithelial surfaces of plants and animals are frequently carpeted with small micro- and...
The attachment pads of gecko lizards represent one of the most versatile and effective adhesive stru...
Geckos are well known for being rapid climbers that have long existed in nature. The reversible and ...
© Springer International Publishing AG 2017. Biomimetics has introduced a new paradigm: by construct...
Bioinspired fibrillar structures have been promising for various disruptive adhesive applications. E...
Nature has created an array of superhydrophobic surfaces that possess water-repellent, self-cleaning...
Inspired by the remarkable adhesion properties of gecko lizards, bio-inspired dry adhesives with sma...
Geckos have one of the world’s most efficient reversible adhesion systems. Even walking in dusty con...
In this thesis, we used CMOS-like technologies to produce improved, hierarchical multifunctional bio...
The fine hair adhesive system found in nature is capable of reversibly adhering to just about any su...
The fabrication of microstructured surfaces using biological tem- plates was investigated with the a...
As modern technology demands for miniaturized structures with higher surface area to the volume rati...
The fabrication of microstructured surfaces using biological templates was investigated with the aim...
Hierarchical pillar arrays consisting of micrometer-sized polymer setae covered by carbon nanotubes ...