Testing turbulence theories in the ocean: insights from state-of-the-art observations

During the last decade, environmental flows have been measured with a growing set of instruments, which can now offer relatively high resolution in space and time. This growing amount of data can analysed following a "statistical approach to turbulence", rather well established in terms of theory and laboratory results. I will discuss three studies, two on the near bottom boundarly layer turbulence of the deep ocean, and one on the internal wave variability in Lake Geneva. I will try to show that this approach is particularly useful in the field, where the parameters of the flow cannot be controlled. A detailed description of the statistics of a natural flow can enable precise connections with established theories, and can even suggest new theoretical developments.


Presented at:
Seminar at the Physics department of the École normale supérieure, Lyon, Lyon, France, April 4, 2017
Year:
2017
Keywords:
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 Record created 2017-05-16, last modified 2018-09-13

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