The modern understanding of turbulence is that it is a collection
of weakly correlated vortical motions, which, despite their
intermittent and chaotic distribution over a wide range of space
and time scales, actually consist of local characteristic 'eddy'
patterns that persist as they move around under the influences of
their own and other eddies' vorticity fields. Numerical simulations
and experimental observations have now identified some forms and
elements of 'life-cycles' of some of these structures. The articles
in this volume, first published in 2000, examine a number of key
questions that have engaged turbulence researchers for many years.
Most involve mathematical analysis, but some describe numerical
simulations and experimental results that focus on these questions.
However, all are addressed to a wide cross-section of the
turbulence community, namely mathematicians, engineers and
scientists.
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