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Illustration for the long wave theory

Illustration for the long wave theory. In detail, see pdf-file “Long wave theory” Nikolay Plink (RSHU) Alfredo Izquierdo (UCA). Main fearures of the wave profil wave crest wave trough. Wind direction.  = Wavelength. h = wave height.

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Illustration for the long wave theory

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  1. Illustration for the long wave theory In detail, see pdf-file “Long wave theory” Nikolay Plink (RSHU) Alfredo Izquierdo (UCA)

  2. Main fearures of the wave profil wave crest wave trough Wind direction  = Wavelength h = wave height

  3. Wind waves: shallow and deep water waves Orbital motion is not affected or affected by sea-bottom

  4. Relationships between level and velocity in progressive wave (impedance ratio)

  5. http://staff.aist.go.jp/kenji.satake/animation.gif

  6. Study area Southern-Chinese Sea Bottom of the Southern-Chinese Sea

  7. 3d - image of the bottom Shallow water of the shelf zone Deep trench Китай Вьетнам Филиппины Steeply inclined continental slope

  8. Case А Due to influence of refraction and specific features of continental slope maximum concentration of wave energy is observed at the Eastern coast of Vietnam.

  9. Case В In the beginning of the wave propagation process at deep area with relatively constant depth the wave energy is spreading in all directions uniformly. However in the shelf zone refraction will result in redistribution of wave energy and its concentration at local part of coast.

  10. Case С Refraction assist to formation of boundary waves at the shelf zone of Vietnam and Philippine

  11. Presentation of standing wave as a sum of two progressive waves movinigin opposite diractions

  12. Structure of standing wave

  13. Free oscillation in the shelf zone

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