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Flow Control, Active and Passive Applications
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The reprint covers some recent advances in active and passive flow control applications. The reader should consider that the present reprint aims to simply introduce some of the many existing flow control applications. In fact, the goal of the editors is to open a door to this rather novel technology and highlight the importance of optimization techniques in AFC applications.
This book is included in DOAB.
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Keywords
- 3D blading
- active flow control
- active flow control (AFC)
- aerodynamic efficiency
- aerodynamic optimization
- aerodynamic optimization design
- Aerodynamics
- airfoil
- Bionics
- blowing jet control
- boundary layer
- boundary layer transition
- burst
- cantilevered stator
- cavitation effects
- CFD method
- circulation control
- computational fluid dynamics
- computational fluid dynamics (CFD)
- counter-rotating axial fan
- cultural algorithm
- distortion characteristics
- DOE optimization algorithm
- drag reduction
- duty cycle
- evolutionary algorithms
- flapping wing
- flow control
- Genetic algorithms
- gradient-based methods
- grid-fin
- gust load alleviation
- History of engineering & technology
- Hybrid Methods
- hydrostatic bearing
- hysteresis effect
- interturbine transition duct
- Large eddy simulation
- large maneuver state
- leakage flow
- Microtexture
- multi-element configuration
- n/a
- nested mesh
- Numerical Simulation
- optimization
- orthogonal experiment
- plasma actuator
- pre-stall angles
- Riblets
- secondary flow
- slip length
- submerged inlet
- sweeping rods
- synthetic jet
- Synthetic Jets
- Technology, engineering, agriculture
- Technology: general issues
- total pressure distortion index
- trailing edge flow
- unsteady flow
- unsteady flow characteristics
- wavy leading edge
- wing angle blade
Links
DOI: 10.3390/books978-3-0365-8672-4Editions