STRATEGIES FOR ENHANCING PERFORMANCE OF FLAPPING WING AERIAL VEHICLES USING MULTIFUNCTIONAL STRUCTURES AND MIXED FLIGHT MODES
Alex E. Holness
Biological apping wing flight overs a variety of advantages over conventional xed wing aircraft and rotor craft. For example, apping propulsion can over the speed of fi xed wing aircraft at similar scales while providing the maneuverability of rotor craft. Avian species easily display feats of perching, payload carrying, endurance
ying, and transition behavior. In light of these characteristics, emulating and recreating flapping flight
in biomimetic or bioinspired work is important in the development of next generation aerial systems. Unfortunately, recreating apping wing flight is not easily achieved despite numerous eforts to do so.
ying, and transition behavior. In light of these characteristics, emulating and recreating flapping flight
in biomimetic or bioinspired work is important in the development of next generation aerial systems. Unfortunately, recreating apping wing flight is not easily achieved despite numerous eforts to do so.
Kategorie:
Rok:
2018
Wydawnictwo:
University of Maryland,
Język:
english
Plik:
PDF, 36.91 MB
IPFS:
,
english, 2018
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