INIS
design
100%
power
100%
optimization
100%
modeling
100%
aerodynamics
69%
efficiency
53%
motion
30%
comparative evaluations
30%
vehicles
23%
electrostatics
23%
air
23%
insects
23%
layers
23%
amplitudes
23%
stiffness
23%
control
15%
roots
15%
energy
15%
voltage
15%
switches
15%
performance
15%
fluid-structure interactions
15%
deceleration
7%
operation
7%
rotation
7%
mylar
7%
applications
7%
communities
7%
values
7%
coupling
7%
steels
7%
films
7%
torque
7%
springs
7%
shape
7%
recommendations
7%
energy recovery
7%
reynolds number
7%
accuracy
7%
dielectrics
7%
kinetic energy
7%
loading
7%
validation
7%
added mass effect
7%
Engineering
Optimization
100%
Design
100%
Wings
100%
Models
34%
Efficiency
30%
Hinge
17%
Pitching Motion
17%
Electric Power Utilization
13%
Amplitude
13%
Micro Air Vehicle
13%
Electrostatics
13%
Rigid Wings
13%
Energy Engineering
13%
Aerodynamic Performance
8%
Aerodynamic Load
8%
Drive System
8%
Aerodynamic Model
8%
Fluid-Structure Interaction
8%
Applied Voltage
8%
Leading Edge
8%
Application
4%
Reynolds' Number
4%
Design Objective
4%
Scientific Community
4%
Experimental Result
4%
Added Mass Effect
4%
Angle-of-Attack
4%
Flight Control
4%
Chord Line
4%
Research
4%
Aerodynamic Analysis
4%
Dielectrics
4%
Short Duration
4%
Recovery
4%
Do Model
4%
Aerodynamic Force
4%
Good Accuracy
4%
Rectangular Wing
4%
Control Operation
4%
Steel Layer
4%
Aerodynamics
4%
Keyphrases
Twistable
33%
Insect Flight
22%
Spring Steel
11%
Aerodynamic Power
11%
Twist Model
11%
Deceleration Phase
11%
Mylar Film
11%
Insect Wings
11%
Kinetic Energy Recovery
11%
Flight Efficiency
11%
Flapping Kinematics
11%
Attracting Attention
11%
Wing Twist
11%
Active Hinge
11%