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Three-Dimensional Velocity and Vorticity Measuring and Image Analysis Techniques - Lecture Notes from the Short Course held in Zurich, Switzerland, 3-6 September 1996 (Hardcover, 1996 ed.)
Loot Price: R5,620
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Three-Dimensional Velocity and Vorticity Measuring and Image Analysis Techniques - Lecture Notes from the Short Course held in Zurich, Switzerland, 3-6 September 1996 (Hardcover, 1996 ed.)
Series: ERCOFTAC Series, 4
Expected to ship within 10 - 15 working days
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The need for three-dimensional measurements of velocity and at
least its first derivatives is increasing in science as well as in
technology. Moreover, velocity field measurements are necessary in
many fields of fluid mechanics and related disciplines. In the
first chapter of this volume recent developments in the traditional
method of hot-wire anemometry are presented. Optical methods are
increasingly used for velocity field measurements. Among them,
Particle Image Velocimetry is, in practice, the best established.
The state of the art in commercially available systems and a look
at future developments are described in Chapter Two. Novel
approaches to this topic, based on videogrammetric principles, are
treated in Chapters Three and Four. Chapter Three treats the
application of videogrammetry in Particle Tracking Velocimetry. The
basic principles and their implementation are described in some
detail. Performance tests show that the accuracy of the method is
comparable to that of LDA. It is, however, a fully
three-dimensional measuring technique, capable of determining long
particle trajectories which are needed for the study of particle
dispersion in turbulent flows and the associated Lagrangian
statistics. Least Squares Matching is applied in Chapter Four to
track in space three-dimensional patterns in small cuboids obtained
by Laser-Induced Fluorescence Tomography. The method yields fully
three-dimensional information on the velocity field, the vorticity
field and the field of the rate of strain tensor. In addition,
concentration distribution and its derivatives can be determined.
It is a powerful, novel method for the study, not only of flow, but
also of mixing processes. Specialattention is given to presenting
the basic theoretical aspects of these new methods as well as
practical information needed for their application. This book is
aimed at scientists and engineers involved in experimental work.
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