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Bio-inspired variable-stiffness flaps for hybrid flow control, tuned via reinforcement learning
Nirmal J. Nair,
Andres Goza
Aerospace Engineering
Mechanical Science and Engineering
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Keyphrases
Active-passive
33%
Aerodynamics
16%
Airfoil
33%
Bio-inspired
100%
Closed-loop Feedback
16%
Control Paradigm
16%
Deployable
16%
Fast Training
16%
Feedback Controller
16%
Flap
100%
Flapless
16%
Flow Control
100%
Flow Control Strategy
16%
Fluid-structure Interaction
16%
Hybrid Controller
33%
Hybrid Flow
100%
Large Amplitude
16%
Order of Magnitude
16%
Oscillation
16%
Passive Flow Control
33%
Physics-based
16%
Post-stall
16%
Reinforcement Learning
100%
Stall Angle of Attack
16%
Stiffness
100%
Torsion Spring
16%
Training Strategy
16%
Variable Stiffness
100%
Variable Stiffness Actuator
16%
Engineering
Actuator
25%
Aerodynamics
25%
Airfoil
50%
Angle-of-Attack
25%
Closed Loop
25%
Control Strategy
25%
Feedback Controller
25%
Flaps
100%
Fluid-Structure Interaction
25%
Reinforcement Learning
100%
Stall Angle
25%