flapping-wing - Globe Thesis

Keyword [flapping-wing] Result: 161 - 180 \| Page: 9 of 10
161.	Flapping wing devices for Mars exploration: Preliminary results from a novel flapping wing mechanism
162.	Influence of structural flexibility on flapping wing propulsion
163.	Experimental investigation and modeling of time resolved thrust of a flapping wing aircraft
164.	Flapping wing PIV and force measurements
165.	The effect of biologically-inspired, passive, leading-edge tubercles on static and flapping wing flight
166.	Dynamics and aeroelasticity of hover -capable flapping wings: Experiments and analysis
167.	An experimental study of spanwise flow effects on lift generation in flapping wings
168.	Feasibility studies of non-osillatory lift generation using a tandem flapping wing configuration
169.	A study of planar and nonplanar membrane wing planforms for the design of a flapping-wing micro air vehicle
170.	Design and analysis of a mechanism creating biaxial wing rotation for applications in flapping-wing air vehicles
171.	Experimental characterization of the structural dynamics and aero-structural sensitivity of a hawkmoth wing toward the development of design rules for flapping-wing micro air vehicles
172.	Passive dynamics and maneuverability in flapping-wing robots
173.	CFD Analysis and Design Optimization of Flapping Wing Flows
174.	Minimization of computationally intensive flapping wings robotic controllers using model checking
175.	Aerodynamic performance and particle image velocimetery of piezo actuated biomimetic manduca sexta engineered wings towards the design and application of a flapping wing flight vehicle
176.	Nonlinear fluid-structure interactions in flapping wing systems
177.	Experimental study on influence of wing rotation and damage on flapping wing aerodynamic performance
178.	The Characterization of Material Properties and Structural Dynamics of the Manduca Sexta Forewing for Application to Flapping Wing Micro Air Vehicle Design
179.	Design and Performance of Insect-Scale Flapping-Wing Vehicles
180.	Flapping wing mechanisms for pico air vehicles using piezoelectric actuators
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