Titlebook: Animal Locomotion; Graham K. Taylor,Michael S. Triantafyllou,Cameron Book 2010 Springer-Verlag Berlin Heidelberg 2010 Pitch.development.d

Microaneurysm

工作

JECT

Investigation of flow mechanism of a robotic fish swimming by using flow visualization synchronized 3-D and unsteady effects. This paper presents the investigation of the flow mechanism on the basis of a 3-D robotic fish model which has the typical geometry of body and tail with periodic flapping 2-freedom kinematical motion testing in the case of . = 0.78, . = 6,600 and phase delay mode (. = − 75

SENT

PIV-based investigations of animal flightas provided by PIV. The focus will be on the range of length and velocity scales characterised by the flight of large insects, birds, bats and small unmanned air vehicles, so that while viscous terms in the Navier-Stokes equations can many times be ignored in the quantitative analysis, understanding

美丽的写

Wing–wake interaction reduces power consumption in insect tandem wingsndurance during prey catching or territory flights. While most insects such as flies, bees and wasps either reduced their hinds wings or mechanically coupled fore and hind wings, dragonflies have maintained two independent-controlled pairs of wings throughout their evolution. An extraordinary featur

补角

毗邻

Osteoporosis

急性

R. Wollast,G. Billen,F. T. Mackenzieuires a bandwidth lower than the flapping frequency, with correspondingly slow reactions to disturbances or commands in order to avoid undesirable feedback from the oscillating fins. A harmonic model of the periodic thruster forces was empirically found using a mechanical fin flapping in roll and pi

填满