| Main Topics | 7 |
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| Editors | 9 |
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| Preface | 10 |
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| 1. Overview | 10 |
| 2. Classification of Contributions and Comments | 12 |
| 3. Methods and Tools | 21 |
| References | 21 |
| Authors | 23 |
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| Content of Volume I | 28 |
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| Content of Volume II | 32 |
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| Solid Controllability in Fluid Dynamics | 33 |
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| 1. Introduction | 33 |
| 2. 2D Navier–Stokes / Euler Equations Controlled by Degenerate Forcing. Definitions and Problem Setting | 36 |
| 3. Geometric Control. Accessibility and Controllability via Lie Brackets | 43 |
| 4. Computation of Brackets in Finite and Infinite Dimensions. Controlling along Principal Axes | 49 |
| 5. Controllability and Accessibility of Galerkin Approximations of Navier–Stokes / Euler Equations on T2 | 51 |
| 6. Steady State Controlled Directions. Abstract Controllability Result for Navier– Stokes Equations | 54 |
| 7. Navier–Stokes and Euler Equations on T2 | 55 |
| 8. Controllability of 2D Navier–Stokes Equations on Rectangular Domain | 58 |
| 9. Controllability on Generic Riemannian Surface Diffeomorphic to Disc | 59 |
| 10. Navier–Stokes / Euler Equations on Sphere S2 | 62 |
| References | 65 |
| Analyticity of Periodic Solutions of the 2D Boussinesq System | 68 |
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| References | 83 |
| Nonlinear Dynamics of a System of Particle- Like Wavepackets | 84 |
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| 1. Introduction | 85 |
| 2. Statement of Results | 94 |
| 3. Conditions and Definitions | 110 |
| 4. Integrated Evolution Equation | 120 |
| 5. Wavepacket Interaction System | 127 |
| 6. Reduction of Wavepacket Interaction System to an Averaged Interaction System | 136 |
| 7. Superposition Principle and Decoupling of the Wavepacket Interaction System | 150 |
| References | 162 |
| Attractors for Nonautonomous Navier– Stokes System and Other Partial Differential Equations | 166 |
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| Introduction | 166 |
| 1. Attractors of Autonomous Equations | 169 |
| 2. Attractors of Nonautonomous Equations | 192 |
| 3. Kolmogorov e-Entropy of Global Attractors | 231 |
| 4. Nonautonomous 2D Navier–Stokes System with Singularly Oscillating External Force | 250 |
| 5. Uniform Global Attractor of Ginzburg–Landau Equation with Singularly Oscillating Terms | 271 |
| References | 287 |
| Recent Results in Large Amplitude Monophase Nonlinear Geometric Optics | 297 |
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| 1. Introduction | 297 |
| 2. Case of Incompressible Euler Equations | 301 |
| 3. Large Amplitude Waves | 305 |
| References | 317 |
| Existence Theorems for the 3D– Navier– Stokes System Having as Initial Conditions Sums of Plane Waves | 319 |
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| References | 329 |
| Bursting Dynamics of the 3D Euler Equations in Cylindrical Domains | 331 |
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| 1. Introduction | 332 |
| 2. Vorticity Waves and Resonances of Elementary Swirling Flows | 337 |
| 3. The Strictly Resonant Euler Systems: the SO( 3) Case | 345 |
| 4. Strictly Resonant Euler Systems: the Case of 3- Wave Resonances on Small-Scales | 356 |
| Appendix | 363 |
| References | 365 |
| Increased Stability in the Cauchy Problem for Some Elliptic Equations | 369 |
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| 1. Introduction | 369 |
| 2. Energy Type Estimates in Low Frequency Zone | 374 |
| 3. Some Carleman Estimates | 386 |
| 4. Proofs of Theorems 1.1 and 1.2 | 388 |
| References | 392 |
| Index | 393 |