Control of Fluid Flow

1. Front Matter

   Pages I-XV

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2. Control of Weak and Strong Reverse-Flow Regions in Incompressible Turbulent Boundary Layers

   • Hans-Hermann Fernholz, Frank Urzynicok

   Pages 1-44

3. Aerodynamic Flow Control Using Synthetic Jet Actuators

   • Michael Amitay, Ari Glezer

   Pages 45-73

4. Control of Mixing and Reactive Flow Processes

   • A. R. Karagozian

   Pages 75-94

5. Nonlinear Modeling and Control of Combustion Dynamics

   • Anuradha M. Annaswamy

   Pages 95-121

6. Control of Acoustics

   • Stephen Elliott

   Pages 123-137

7. Distributed Control and Observation

   • Claude Bardos

   Pages 139-156

8. Global Boundary Stabilization of 2D Poiseuille Flow

   • Andras Balogh, Miroslav Krstic

   Pages 157-172

9. Exact Controllability and Feedback Stabilization from a Boundary for the Navier-Stokes Equations

   • Andrei V. Fursikov

   Pages 173-188

10. Vortex-based Control Algorithms

    • Dmitri Vainchtein, Igor Meziç

    Pages 189-212

11. Flow Optimization Using Stochastic Algorithms

    • Petros Koumoutsakos, Sibylle D. Müller

    Pages 213-229

Flow Control and Optimization is increasingly incorporated in the design of engineering devices ranging from aircraft and space vehicles to micro?uidic devices. Research in this ?eld aims to integrate knowledge in ?ow physics with theoretical advances and novel experimental capabilities and engineering devices capable of materializing advanced design concepts. In turn controlled ?ow phenomena exhibit a new arrays of physics and open frontiers for further interdisciplinary research in ?uid mechanics and all the engineering domains that it a?ects. This collection of papers in ?ow control, showcases representatives lines of work in the area of ?ow control demonstrating the interdisciplinary character and high scienti?c merit of this ?eld. The authors of these articles are among the pioneering researchers in this ?eld and continue to explore the frontiers in ?ow control and optimization. We hope that this volume, while largely representing work by the authors prior to 2004, contributes in providing an authoritative report on this rapidly changing ?eld.

• Control of Fluid Flow
• Control of Fluids
• Navier-Stokes equation
• Navier–Stokes equation
• Turbulence
• algorithm
• algorithms
• fluid dynamics
• modeling
• optimization
• fluid- and aerodynamics
• complexity

• ETH Zürich, Switzerland

  Petros Koumoutsakos

• Department of Mechanical Engineering, University of California Santa Barbara, Santa Barbara, USA

  Igor Mezic

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