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Detection and CountermeasuresMagnetic & Electric Fld Detection & Detectors

Insect Flight: Computation and Biomimetic Design

Authors: Z. J. Wang; CORNELL UNIV ITHACA NY DEPT OF THEORETICAL AND APPLIED MECHANICS
 
Abstract: Our research has focused on understanding fundamental mechanisms of unsteady aerodynamics in flapping flight. In particular we have focused on dragonfly flight and passive flight of fluttering and tumbling plates in fluid. We use computations, theoretical analyses, and tabletop experiments to unravel the essential mechanisms in these systems. They have yielded new insights into the unsteady aerodynamics and energetics of flapping flight. These new insights offer lessons on designs of efficient small scale flapping wing flight.

Limitations: APPROVED FOR PUBLIC RELEASE
Description: Final rept.
Pages: 8
Report Date: 31 MAY 2008
Contract Number: FA95500510076
Report Number: A163284
Keywords relating to this report:
BIOMIMETICS
COMPUTATIONS
FLIGHT
FLUTTER
TUMBLING
UNSTEADY AERODYNAMICS
WINGED INSECTS
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