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Generative design and fabrication of a locust-inspired gliding wing prototype for micro aerial robots
Gliding is generally one of the most efficient modes of flight in natural fliers that can be
further emphasized in the aircraft industry to reduce emissions and facilitate endured flights …
further emphasized in the aircraft industry to reduce emissions and facilitate endured flights …
Aerodynamic performance of a dragonfly-inspired tandem wing system for a biomimetic micro air vehicle
The flying agility demonstrated by dragonflies is accomplished by means of complex
aerodynamic forces produced by flap** their four wings arranged in a tandem …
aerodynamic forces produced by flap** their four wings arranged in a tandem …
Towards locust-inspired gliding wing prototypes for micro aerial vehicle applications
H Isakhani, C ** wing flight, bearing a variety of variable forces during flight. To
comprehend and study from the biological system and then carry out technological …
comprehend and study from the biological system and then carry out technological …
Conceptual Design of Piezoelectric-Based Energy Harvesting Seats for Commercial Aircraft
This chapter presents the overview of the piezoelectric as a vibration energy harvester on
airplane seats. It is a method of utilizing vibration on seats for generating electricity to …
airplane seats. It is a method of utilizing vibration on seats for generating electricity to …
Design, Fabrication and Analysis of Novel Dragonfly-Bioinspired, Flap** Wing System for a Micro Air Vehicle
E Salami - 2021 - search.proquest.com
Design, Fabrication and Analysis of Novel Dragonfly-Bioinspired, Flap** Wing System for
a Micro Air Vehicle/Erfan Salami Abstract In the recent decades, the design and …
a Micro Air Vehicle/Erfan Salami Abstract In the recent decades, the design and …