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Order and flexibility in the motion of fish schools.
The coexistence of order and flexibility in the motion of fish schools was studied by using a simple numerical model and a computer simulation. The numerical model is based on behavioral rules for… Expand
Optimal Flight Path of Flying Fish
Abstract The flight path of flying fish is analyzed by two methods, a simple analytical method and a numerical method based on optimal control theory. It has been observed that flying fish fly over… Expand
Flight-Formation Control of Air Vehicles Based on Collective Motion Control of Organisms
Abstract Collective motion control in nature such as bird flock or fish school shows conspicuous stability and flexibility in the motion of a large quantity of individuals, thus providing a feasible… Expand
Numerical Analysis of Sound Generation of Insect Flapping Wings
Experimental and Analytical Study of the Schooling Motion of Fish Based on Two Observed Individual Motions: Approaching Motion and Parallel Orienting Motion
Schooling motion of fish was studied experimentally and analytically, focusing on two essential motions (approaching motion and parallel orienting motion) that fish execute to form and maintain a… Expand
A Numerical Analysis of Inertial Torques in the Steering Maneuvers of Hovering Drosophila
A mathematical model of rigid multibody dynamics with one three bodies was built firstly, based on which, the contribution of inertial torques during the steering maneuvers of a hovering… Expand
Reference ranges for serum protein fractions as determined by capillary zone electrophoresis
227 Measurement of aerodynamic force acting on the wing of three-axis flapping robot MOTH-1
Size effect in insect flight: leading-edge vortex, trailing-edge vortex and tip vortex