the archive
#fluid-structure interaction
2 resultsphysics.flu-dyn2019
Naut your everyday jellyfish model: Exploring how tentacles and oral arms impact locomotion
Jason G. Miles, Nicholas A. Battista
The paper uses computational fluid‑structure simulations to examine how the number, length, and placement of jellyfish tentacles and oral arms affect swimming speed, energy cost, a…
#jellyfish locomotion#tentacle morphology#immersed boundary method#fluid-structure interaction
physics.flu-dyn2019
Streaming Potential in Bio-mimetic Microvessels Mediated by Capillary Glycocalyx
Rahul Roy, Siddhartha Mukherjee, Rajaram Lakkaraju +1
The paper models how the charged endothelial glycocalyx in small blood vessels can generate an electrical streaming potential during blood flow, showing that potentials of about 0.…
#streaming potential#endothelial glycocalyx#microvessels#bio-inspired power generation