1 article(s) from Crawford, Niall
Box plots of slip (A) and fall (B) angles of free climbing tree frogs on different rough surfaces. ...
Jump to Figure 1
Single toe pad forces on rough surface replicates. Force per unit area has been calculated for fric...
Jump to Figure 2
Force measurements of single toe pads on PDMS rough surfaces. The pads force per (nominal) unit are...
Jump to Figure 3
IRM images of the toe pad in contact around a glass bead. Interference fringes indicate the pad slo...
Jump to Figure 4
Scatterplot showing correlation between asperity size and pad contact (distance from bead centre to...
Jump to Figure 5
Modelling of the contact behaviour of the pad around a spherical asperity. A) Conceptual drawing sh...
Jump to Figure 6
Boxplots displaying attachment performance of tree frogs in varying conditions. The angles of slip ...
Jump to Figure 7
Simplified diagram predicting toe pad contact on different rough surfaces. Contact on a smooth surf...
Jump to Figure 8
Graph of d3/2 against h5/2, where d is the distance from the nearest area of close contact to the b...
Jump to Figure 9
Diagram illustrating the topography of the PDMS structured surfaces. Each pillar on the surface has...
Jump to Figure 10
Beilstein J. Nanotechnol. 2016, 7, 2116–2131, doi:10.3762/bjnano.7.201
Subscribe to our Latest Articles RSS Feed.
Register and get informed about new articles.
Follow the Beilstein-Institut