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    READ @your library Timour Radko (bookmark)

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    A project of the Dudley Knox Library at the Naval Postgraduate School

    READ @your library Timour Radko (poster)

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    A project of the Dudley Knox Library at the Naval Postgraduate School

    Thermohaline intrusions

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    Perspectives and challenges

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    The linear instability problem

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    Double-diffusion in active environments

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    On the generation of large-scale structures in a homogeneous eddy field

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    An analytical theory is developed which illustrates dynamics of the spontaneous generation of large-scale structures in the unforced two-dimensional eddying flows. The eddy field is represented by the closely packed array of standing coherent vortices whose intensity is weakly modulated by the long-wavelength perturbations introduced into the system. The asymptotic multiscale analysis makes it possible to identify instabilities resulting from the positive feedback of the background eddies on large-scale perturbations. Initially, these instabilities amplify at a rate proportional to the square root of their wavenumber. Linear growth is arrested when the amplitude of the long-wavelength perturbations reaches the level of background eddies. The subsequent evolutionary pattern is characterized by the emergence of relatively sharp features in the large-scale streamfunction field – features suggestive of the coherent jets commonly observed in eddying geophysical flows. The proposed solutions differ substantially from their counterparts in forced-dissipative systems, exemplified by the canonical model of Kolmogorov flow. The asymptotic model is successfully tested against numerical simulations.</jats:p

    General principles

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    Beyond oceanography

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    References

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