Publication | Open Access
On the rules for aquatic locomotion
97
Citations
36
References
2017
Year
FitnessUnderwater AcousticEducationMotor ControlTail-beat Flapping FrequencyLocomotor PerformanceKinesiologyBiomechanicsBio-inspired RoboticsKinematicsAquatic LocomotionHealth SciencesUnderwater RobotConstant Tail-beat AmplitudeBipedal LocomotionBioacousticsPhysiologyHuman MovementInput Power
Why do most fish swim with a relatively constant tail-beat amplitude of approximately 20% of their body length while their speed is linearly correlated with their tail-beat flapping frequency? Scaling analysis and experiments show that this behavior is rooted in minimizing input power for swimming.
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