| Session | Time | # | Author(s) | Title |
|
23 | | 23-1 | Zeng, Y*; Petrichko, S; Nieders, K; Fudge, D | Scaling of secretory cells and cell products with body size in hagfishes |
|
23 | | 23-2 | Evans, AJ*; Cohen, KE; Summers, AP; Kolmann, MA; Egan, JP; Hernandez, LP | That'snot how it works: Particle aggregation in the viscous environment of the epibranchial organ |
|
23 | | 23-3 | Magondu, B*; Cervantes, G; Lee, A; Kaminski, C; Yang, P; Carver, S; Hu, D | How the vombatus ursinus forms cubic feces, with an application to the feces of terrestrial mammals |
|
23 | | 23-4 | Challita, EJ*; Acharya, R; Krugner, R; Bhamla, S | Peeing one drop at a time: How sharpshooter insects use superpropulsion to launch their fluid excreta and why |
|
23 | | 23-5 | Diaz, C*; Aaron, E; Long, JH | Moth-catching by spiders: the spreading behavior of capture glue depends on the morphology of moth scales |
|
23 | | 23-6 | Bolmin, O*; Alleyne, M; Wissa, AA | Mobility power flow: How click beetles transmit and dissipate mechanical power |
|
23 | | 23-7 | Sutton, GP; St. Pierre, R; Kuo, CY; Summers, A; Bergbreiter, S; Patek, SN* | Devilish dynamics: precision mandible rotation without pins by ultrafast, spring-actuated trap-jaw strikes |
|
23 | | 23-9 | Ojo, O*; Shoele, K | Load reduction and reconfiguration capabilities of branched trees |
|
23 | | 23-10 | Sordilla, S*; Schulz, A; Hu, D | Skin morphology and microstructure in the elephant trunk |
|
23 | | 23-11 | Boyle, M*; Schulz, A; Hu, D | Elephant Trunks expand in volume when reaching for distant objects |
|
23 | | 23-12 | Fourney, E*; Sukhwani, A; Schulz, A; Hu, D | Wrinkles and folds enable stretching of elephant trunk skin |
