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Engineering » Mechanical Engineering
The Particle Image Velocimetry - Characteristics, Limits and Possible Applications
Edited by Giovanna Cavazzini, ISBN 978-953-51-0625-8, Hard cover, 386 pages, Publisher: InTech, Chapters published May 23, 2012 under CC BY 3.0 license
DOI: 10.5772/2118
The Particle Image Velocimetry is undoubtedly one of the most important technique in Fluid-dynamics since it allows to obtain a direct and instantaneous visualization of the flow field in a non-intrusive way. This innovative technique spreads in a wide number of research fields, from aerodynamics to medicine, from biology to turbulence researches, from aerodynamics to combustion processes. The book is aimed at presenting the PIV technique and its wide range of possible applications so as to provide a reference for researchers who intended to exploit this innovative technique in their research fields. Several aspects and possible problems in the analysis of large- and micro-scale turbulent phenomena, two-phase flows and polymer melts, combustion processes and turbo-machinery flow fields, internal waves and river/ocean flows were considered.
- Chapter 1
Stereoscopic PIV and Its Applications on Reconstruction Three-Dimensional Flow Field - Chapter 2
Limits in Planar PIV Due to Individual Variations of Particle Image Intensities - Chapter 3
PIV Measurements Applied to Hydraulic Machinery: Cavitating and Cavitation-Free Flows - Chapter 4
Post-Processing Methods of PIV Instantaneous Flow Fields for Unsteady Flows in Turbomachines - Chapter 5
PIV Measurements on Oxy-Fuel Burners - Chapter 6
Characterization of the Bidirectional Vortex Using Particle Image Velocimetry - Chapter 7
Application of the Particle Image Velocimetry to the Couette-Taylor Flow - Chapter 8
Rheo-Particle Image Velocimetry for the Analysis of the Flow of Polymer Melts - Chapter 9
PIV as a Complement to LDA in the Study of an Unsteady Oscillating Turbulent Flow - Chapter 10
μ-PIV for the Analysis of Flow Fields near a Propagating Air-Liquid Interface - Chapter 11
Digital Micro PIV (μPIV) and Velocity Profiles In Vitro and In Vivo - Chapter 12
Measurements of Particle Velocities and Trajectories for Internal Waves Propagating in a Density-Stratified Two-Layer Fluid on a Slope - Chapter 13
Applying of PIV/PTV Methods for Physical Modeling of the Turbulent Buoyant Jets in a Stratified Fluid - Chapter 14
Full Field Measurements in a River Mouth by Means of Particle Tracking Velocimetry
