April 2017
Intermediate to advanced
776 pages
25h 50m
English
Content preview from Advanced UAV Aerodynamics, Flight Stability and Control
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Index
a
- AATR, see Advanced Active Twist Rotor blade
- AB Rollab I6B128 six‐component strain gauge internal balance
- AC, see aerodynamic centre
- active aerodynamic flow control
- active blade twist in rotary UAVs, using smart actuation
- active piezoelectric patches
- actuation concepts
- embedded active fiber composite actuators
- higher harmonic control
- individual blade control
- optimization framework for ATR blades
- passive piezoelectric patches
- progress in rotor‐based active control technologies
- rotor blade optimization using CFD
- servopaddles
- SHARCS project
- single crystal piezoelectric fiber composites
- SMART active flap control
- smart spring system
- swashplateless helicopter rotors
- vibration and noise in helicopters, source of
- active fiber composites (AFCs)
- active flow control (AFCs)
- closed‐loop, for UAVs
- actively controlled flap (ACF)
- actuator, components of
- actively controlled tip (ACT)
- active piezoelectric patches
- Active Pitch Link (APL) device
- active trailing‐edge (ATE)
- active twist rotor (ATR) blades
- optimization framework for
- ACT, see actively controlled tip
- actuator(s)
- embedded active fiber composite
- plasma
- plasma synthetic jet
- technology
- adaptive and robust control
- adaptive backstepping attitude controller
- adaptive backstepping fault‐tolerant attitude controller design
- baseline attitude controller design
- fault tolerance analysis
- fault‐tolerant, designing of
- adaptive backstepping sliding mode control
- adaptive design of experiment
- adaptive fault‐tolerant attitude control, for spacecraft ...
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