Russian Journal of Earth Sciences Russian Journal of Earth Sciences Russian Journal of Earth Sciences 1681-1208 46526 10.2205/2020ES000730 ОРИГИНАЛЬНЫЕ СТАТЬИ ORIGINAL ARTICLES ОРИГИНАЛЬНЫЕ СТАТЬИ Classification of internal waves shoaling over slope-shelf topography Classification of internal waves shoaling over slope-shelf topography Terletska K Terletska K kterletska@gmail.com Choi B H Choi B H Maderich V Maderich V Talipova T Talipova T Institute of Mathematical Machine and System Problems ru Institute of Mathematical Machine and System Problems ru Sungkyunkwan University ru Sungkyunkwan University ru Institute of Mathematical Machine and System Problems ru Institute of Mathematical Machine and System Problems ru Institute of Applied Physics RAS ru Institute of Applied Physics RAS ru 20 4 29 10 2021 https://rjes.ru/en/nauka/article/46526/view

The shoaling of an internal solitary waves of depression in two layer fluid with a idealized slope-shelf topography is studied to classify the regimes of shoaling. Two mechanisms were assumed to be essential during wave shoaling: (i) wave breaking resulting in mixing and (ii) changing of the polarity of the initial wave of depression over the slope into wave of elevation on the shelf. Proposed three-dimensional αβγ" role="presentation">αβγ

The shoaling of an internal solitary waves of depression in two layer fluid with a idealized slope-shelf topography is studied to classify the regimes of shoaling. Two mechanisms were assumed to be essential during wave shoaling: (i) wave breaking resulting in mixing and (ii) changing of the polarity of the initial wave of depression over the slope into wave of elevation on the shelf. Proposed three-dimensional αβγ" role="presentation">αβγ

 Internal solitary waves shelf continental slope wave breaking changing polarity Internal solitary waves shelf continental slope wave breaking changing polarity This work is partially supported RFBR grant No 19-05-00161 (T. Talipova).

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