This deliverable is a public intermediate summary of adhesion measurements of natural and artificial nanofibers.This report is part of the project BioCombs4Nanofibers that has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement No 862016
This dataset contains all relevant data files to fully reproduce an open-source retention measuremen...
Hierarchical structures as inspired from nature, such as the fibrils on insects, induce strong molec...
Nanoindentation is a valuable tool for characterization of biomaterials due to its ability to measur...
In relation to the project "BioCombs4Nanofibers" our methods to measure adhesion and antiadhesion of...
The aim of my Master Thesis was developing a reliable adhesion testing method for natural fiber rein...
Research article published in ACS Applied Nano Materials (ACS Appl. Nano Mater. 2020, 3, 3395−3401, ...
Adhesive interactions between nanofibers strongly influence the mechanical behavior of soft material...
Due to the difficulty in handling nanofibers, little is reported and understood on the dry adhesion ...
A nano-cheese-cutter is fabricated to directly measure the adhesion between two freestanding nano-fi...
The fibre probe atomic force microscope is developed, which allows direct measurement of force and f...
Adhesive interactions between nano-fibers strongly influence the mechanical behavior of soft materia...
| openaire: EC/H2020/788489/EU//BioELCellOne of the key steps towards a broader implementation of re...
Inspired by dusty spider dragline silk, we studied the adhesive interaction between artificial nanof...
Environmental and multi- reinforcing effects of micro and nano fibers on adhesion propertie
Inspiration from nature such as insects’ foot hairs motivates scientists to fabricate nanoscale cyli...
This dataset contains all relevant data files to fully reproduce an open-source retention measuremen...
Hierarchical structures as inspired from nature, such as the fibrils on insects, induce strong molec...
Nanoindentation is a valuable tool for characterization of biomaterials due to its ability to measur...
In relation to the project "BioCombs4Nanofibers" our methods to measure adhesion and antiadhesion of...
The aim of my Master Thesis was developing a reliable adhesion testing method for natural fiber rein...
Research article published in ACS Applied Nano Materials (ACS Appl. Nano Mater. 2020, 3, 3395−3401, ...
Adhesive interactions between nanofibers strongly influence the mechanical behavior of soft material...
Due to the difficulty in handling nanofibers, little is reported and understood on the dry adhesion ...
A nano-cheese-cutter is fabricated to directly measure the adhesion between two freestanding nano-fi...
The fibre probe atomic force microscope is developed, which allows direct measurement of force and f...
Adhesive interactions between nano-fibers strongly influence the mechanical behavior of soft materia...
| openaire: EC/H2020/788489/EU//BioELCellOne of the key steps towards a broader implementation of re...
Inspired by dusty spider dragline silk, we studied the adhesive interaction between artificial nanof...
Environmental and multi- reinforcing effects of micro and nano fibers on adhesion propertie
Inspiration from nature such as insects’ foot hairs motivates scientists to fabricate nanoscale cyli...
This dataset contains all relevant data files to fully reproduce an open-source retention measuremen...
Hierarchical structures as inspired from nature, such as the fibrils on insects, induce strong molec...
Nanoindentation is a valuable tool for characterization of biomaterials due to its ability to measur...
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