Adrian R.J. Particle image velocimetry (New York, 2011). - ОГЛАВЛЕНИЕ / CONTENTS
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ОбложкаAdrian R.J. Particle image velocimetry / R.J.Adrian, J.Westerweel. - New York: Cambridge University Press, 2011. - xxvi, 558 p.: ill. - (Cambridge Aerospace series; 30). - Bibliogr.: p.529-546. - Ind.: p.547-558. - ISBN 978-0-521-44008-0
 

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Оглавление / Contents
 
Preface ...................................................... xiii
Acknowledgments ................................................ xv
Nomenclature ................................................. xvii

1  Introduction ................................................. 1
   1.1  Overview ................................................ 1
   1.2  PIV Fundamentals ........................................ 5
   1.3  Accuracy, Resolution, and Performance of PIV ........... 34
   1.4  Stereographic PIV ...................................... 35
   1.5  Three-Dimensional Velocity in Volumes .................. 36

2  Particles ................................................... 40
   2.1  Particle Dynamics ...................................... 40
   2.2  Errors Due to Particle Slip ............................ 44
   2.3  Light Scattering by Particles .......................... 50
   2.4  Seeding Particles for PIV .............................. 59
   2.5  Multiple-Particle Statistics ........................... 66

3 Imaging ...................................................... 75
   3.1  Geometric Imaging ...................................... 75
   3.2  Diffraction-Limited Imaging ............................ 95
   3.3  Images of Multiple Particles .......................... 102
   3.4  Image Statistics ...................................... 109
   3.5  Image Recording ....................................... 128
   3.6  Holographic Imaging ................................... 140

4  Pixelization ............................................... 146
   4.1  Spatial Discretization ................................ 146
   4.2  Minimum Sampling Rate ................................. 148
   4.3  Quantization .......................................... 151
   4.4  Image Statistics of Discrete PIV Images ............... 153
   4.5  Image Representation and Compression .................. 156

5  Particle Image Velocimetry Systems ......................... 165
   5.1  Illumination and Light Sheet Formation ................ 165
   5.2  Timing and Synchronization ............................ 176
   5.3  Stereoscopic Systems .................................. 178
   5.4  Multiplane Systems .................................... 195
   5.5  Scanning-Plane Systems ................................ 200
   5.6  Microscopic Systems ................................... 205
   5.7  Photogrammetric Systems ............................... 218
   5.8  Tomographic Systems ................................... 222
   5.9  Holographic Systems ................................... 230
   5.10 Multiphase Systems .................................... 236

6  Digital Image Processing ................................... 241
   6.1  Image Restoration and Image Enhancement ............... 241
   6.2  Image Segmentation .................................... 258
   6.3  Binary Image Processing ............................... 262

7  Low Image Density .......................................... 268
   7.1 Recording Strategies ................................... 268
   7.2  Detection of Particle Images .......................... 272
   7.3  Estimation of the Particle Image Location ............. 280
   7.4  Interrogation Strategies .............................. 294
   7.5  Optimization and Performance .......................... 300

8  High Image Density ......................................... 317
   8.1  Interrogation ......................................... 317
   8.2  Interrogation by Spatial Correlation Analysis ......... 319
   8.3  Correlation Peak Detection ............................ 342
   8.4  Correlation Peak Centroid ............................. 353
   8.5  Discrete Correlation .................................. 369
   8.6  Interrogation Strategies .............................. 387
   8.7  Advanced Interrogation Strategies ..................... 405

9  Postprocessing ............................................. 416
   9.1  Data Validation ....................................... 416
   9.2  Data Replacement ...................................... 426
   9.3  Estimation of Velocity Derivatives .................... 431
   9.4  Estimation of Turbulent Flow Statistics ............... 441
   9.5  Analysis of Complex Vector Fields ..................... 458

10 Practical Guidelines ....................................... 483
   10.1 Why Use PIV ........................................... 483
   10.2 Designing the PIV Experiment .......................... 485
   10.4 Image Preprocessing ................................... 508
   10.5 Interrogation and Optimizing .......................... 509
   10.6 Validation and Postprocessing ......................... 511
   10.7 Accuracy of a PIV Measurement ......................... 513

APPENDIX 1: Geometric Imaging ................................. 519
   A1.1 Scheimpflug Condition ................................. 519
   A1.2 Stereoscopic Reconstruction ........................... 520

APPENDIX 2: The Discrete Fourier Transform .................... 523
   A2.1 Definition and General Properties ..................... 523

Bibliography .................................................. 529

Index ......................................................... 547


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