- About the book
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Digital Content
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1 Introduction
- Qualitative visualization – Pottery of Jomon people
- Qualitative visualization – Drawings of Leonardo da Vinci
- Qualitative visualization – Water channel of Ludwig Prandtl
- Qualitative and quantitative visualization of unsteady flows – Movie by Ludwig Prandtl
- Guiding principles for use of PIV
- Some exemplary PIV results
- 2 Physical and Technical Background
- 3 Recording Techniques for PIV
- 4 Mathematical Background of Statistical PIV Evaluation
- 5 Image Evaluation Methods for PIV
- 6 PIV Uncertainty and Measurement Accuracy
- 7 Post-Processing of PIV Data
- 8 Stereoscopiv PIV
- 9 Techniques for 3D-PIV
- 10 Micro-PIV
- 11 Applications: Turbulent boundary layers
- 12 Applications: Transonic Flows
- 13 Applications: Helicopter Aerodynamics
- 14 Applications: Aeroacoustic and Pressure Measurements
- 15 Applications: Flows at Non-Ambient Temperatures
- 16 Applications: Micro PIV
- 17 Applications: Stereo PIV and Multiplane Stereo PIV
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18 Volumetric Flow Measurements
- 18.1 Vorticity Dynamics of Jets with Tomographic PIV
- 18.2 Near-Wall Turbulence Characterization in a Turbulent Boundary Layer Using Shake-The-Box
- 18.3 Large-Scale Volumetric Flow Measurement of a Thermal Plume Using Lagrangian Particle Tracking (Shake-The-Box)
- 18.4 Lagrangian Particle Tracking in a Large-Scale Impinging Jet Using Shake-The-Box
- 18.5 3D Lagrangian Particle Tracking of a High-Subsonic Jet Using Four-Pulse Shake-The-Box
- 18.6 Shake-the-box Measurement of a Quadcopter in Forward Flight
- 18.7 Volumetric Lagrangian Temperature and Velocity Measurements in Thermal Convection
- 19 Related Techniques
- Historical Background
- Appendix
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1 Introduction
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- Imprint
