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Emergent Kinematics and Flow Structure of Tension Driven Pulsing Xeniid Corals
Matea Santiago
, Alexander Hoover
,
Laura A. Miller
Mathematics
Biomedical Engineering
Research output
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Article
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peer-review
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Keyphrases
Coral
100%
Flow Structure
100%
Kinematic Structure
100%
Tentacle
50%
Kinematics
33%
Upward Flux
33%
Material Properties
16%
Neural Activation
16%
Energy Expenditure
16%
Three-dimensional (3D)
16%
Low Energy
16%
Live Coral
16%
Active Materials
16%
Fluid-structure Interaction
16%
Soft Robotics
16%
Mechanical Activation
16%
Polyps
16%
Elastic Behavior
16%
Coral Polyp
16%
Cnidarian
16%
Fluid Motion
16%
Pulse Frequency
16%
Passive Materials
16%
Nutrient Exchange
16%
Coupled Fluid-structure Interaction
16%
Neuromechanical
16%
Active Tension
16%
Maximum Tension
16%
Jellyfish
16%
Pulse Cycle
16%
Robotic Design
16%
Sessile Organisms
16%
Circulation Analysis
16%
Soft Coral
16%
Starting Vortex
16%
Earth and Planetary Sciences
Flow Structure
100%
Soft Coral
100%