1 article(s) from Geikowsky, Elliot
a) Confocal laser scanning microscopy (CLSM) of a lateral view of discoidal (mushroom-shaped) adhes...
Jump to Figure 1
Geometrical characterization of the fibers used in this research detailing the zones where soft (or...
Jump to Figure 2
Shear and normal forces for soft (magenta) and stiff (blue) joint fibers in a load–drag–pull (LDP) ...
Jump to Figure 3
Sequence of images showing the contact of the fibers with the substrate while sliding in the grippi...
Jump to Figure 4
Normal versus shear force for soft (magenta curve) and stiff (blue curve) joint fibers in a LDP tes...
Jump to Figure 5
Shear and normal forces in LDP tests along releasing and gripping directions for stiff, soft, and v...
Jump to Figure 6
a) Shear force and average shear stress during the sliding phase of the dragging stage as a functio...
Jump to Figure 7
a) The ratio of adhesive to shear force during sliding in the gripping direction as a function of p...
Jump to Figure 8
a) The forces at the fiber when dragged along the direction of tilt. b) Fibers start to peel from t...
Jump to Figure 9
Experimental set-up used for the fabrication of bent fibers and LDP tests. a) General lay out of th...
Jump to Figure 10
Fabrication sequence of bent fibers. a) Metal sphere brought in contact with the acrylic peg. b) Th...
Jump to Figure 11
Schematic of the fabrication of soft joint-like elements and mushroom-like tips. a) The bent fiber ...
Jump to Figure 12
The SEM images of the fibers with flexible joints. a,b) after the first dipping step; c,d) after th...
Jump to Figure 13
Beilstein J. Nanotechnol. 2018, 9, 2893–2905, doi:10.3762/bjnano.9.268
Subscribe to our Latest Articles RSS Feed.
Register and get informed about new articles.
Follow the Beilstein-Institut