| Session |
Author(s) |
Title |
24 |
Snell-Rood, EC*; Smirnoff, D |
Function’ in evolutionary biology and biomimetics: moving past the philosophical conundrum |
24 |
Wang, S*; Zhao, W; Wainwright, DK; Xu, H; Li, L; Sun, W; Wen, L |
An untethered remora-inspired suckerfish robot: locomotor effects of the disc pad, undulatory body, and pectoral fins |
24 |
Li, L; Wang, S; Chen, B; Song, S; Zhao, W; Wen, L* |
The biomimetic remora disc with independent compartment enables an aerial-aquatic quadrotor robot perching to diverse complex surfaces |
24 |
Clemente, CJ*; Schultz, JS; Beck, HK; Haagensen, T; Proost, T |
Using a biologically mimicking climbing robot to explore the performance landscape of climbing in lizards |
24 |
Thandiackal, R; White, C; Bart-Smith, H; Lauder, G* |
Tuna robotics: measuring body pressure, thrust forces, and work during linear acceleration |
24 |
Howe, SP*; Bryant, K; Duff, A; Astley, HC |
Robophysical models clarify the effects of body depth on fish maneuverability |
24 |
Paez, L*; Melo, K; Ijspeert, A |
Performance tradeoffs in anguilliform swimming via viscoelastic modulation |
24 |
Maisonneuve, MC*; Schiebel, PE; Diaz, K; Goldman, DI |
Passive environmental navigation via mechanical interactions in a novel snake robophysical model |
24 |
Ramesh, D*; Fu, Q; Wang, K; Othayoth, R; Li, C |
A sensorized robophysical model to study snake locomotion in complex 3-D terrain |
24 |
Ozkan-Aydin, Y*; Aydin, E; Chong, B; Goldman, DI |
Advantages of limb-body coordination and passive body structures in a myriapod robophysical model |
24 |
Diaz, K; Robinson, TL*; Ozkan-Aydin, Y; Goldman, DI; Wan, KY |
Minimal robophysical model for multi-flagellate propulsion |
