Titlebook: An Informal Conceptual Introduction to Turbulence; Second Edition of An Arkady Tsinober Book 2009Latest edition Springer Science+Business M

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https://doi.org/10.1007/978-3-8350-9405-5 the equations of fluid dynamics but also be stable (Landau and Lifshits, 1959). Kolmogorov‘s scenario was based on the complexity of the dynamics along the attractor rather than on its stability (Arnold, 1991).

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,L?sungsvorschlag für ein neuen § 41 BDSG,ything except the direct experimental results (numerical, laboratory and field) and/or results (a very small set indeed), which can be obtained from the first principles, e.g., NSE. Phenomenology of turbulence involves use of dimensional analysis, a variety of scaling arguments, symmetries, invarian

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Das Medienprivileg in der heutigen Fassung,onditions to an ultimate (statistical) state.. However, since this route is extremely complicated and involved, a second approach is used quite frequently. Namely, turbulent flows are studied ‘a(chǎn)s they are’ disregarding their origin., and without looking into some of the details of the mechanisms of

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,Modernisierungsbedarf für § 41 BDSG?,zed homogeneous and isotropic state, sometimes strongly. In the latter case, turbulent flows may lose most of their resemblance to the three-dimensional homogeneous isotropic flow, but can be quite similar to the (quasi-) two-dimensional one. Here we are inevitably back also to the origins of turbul

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Das Instrument der Selbstregulierung,lence research have a special status mainly due to unsatisfactory state of not only theory but also of hard evidence on the small-scale features/properties of turbulent flows. Most of these analogies are aimed to look at similarity between genuine turbulence and some “analogous” system such as evolu

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