Turbulence takes place in practically all flow situations that
occur naturally or in modern technological systems. Therefore,
considerable effort is being expended in an attempt to understand
this very complex physical phenome non and to develop both
empirical and mathematical models for its description. Such
numerical and analytical computational schemes would allow the
reliable prediction and design of turbulent flow processes to be
carried out. The purpose of this book is to bring together, in a
usable form, some of the fundamental concepts of turbulence along
with turbulence models and experimental techniques. It is hoped
that these have "general applicability" in current engineering
design. The phrase "general applicabil ity" is highlighted because
the theory of turbulence is still so much in a formative stage that
completely general analyses are not available now, nor will they be
available in the immediate future. The concepts and models
described herein represent the state-of-the art methods that are
now being used to give answers to turbulent flow problems. As in
all turbulent flow analysis, the methods are a blend of analytical
and empirical input, and the reader should be cognizant of the
simplification and restrictions imposed upon the methods when
applyingthem to physical situations different from those for which
they have been developed."
General
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