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Two tandem flexible propulsors with a paddling-based locomotion
Two tandem flexible propulsors with a paddling-based locomotion
Analysis of underlying mechanism in the flow-mediated interactions between two flexible propulsors.
Investigation on the stable configurations for the tandem flexible propulsors, spontaneously determined by the hydrodynamic interactions
Self-propelled flexible fins in various configurations
Self-propelled flexible fins in various configurations
Investigation on the hydrodynamic benefits from schooling behaviors.
Analysis of the flow-mediated interactions between the self-propelled flexible fins.
Investigation of the self-sustained schooling structures formed by the fins.
Self-propelled flexible fins in the wake of a circular cylinder
Self-propelled flexible fins in the wake of a circular cylinder
Understanding the energy-saving mechanism of the self-propelled fin behind the cylinder.
Analysis of the hydrodynamic interactions between the fin and the oncoming vortices.
Investigation on the several stations where the fin lingered without using the power input.
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