I need the answer as soon as possible A floating production semi-submersible platform has 6 columns, each column having a diameter of 10 m and a draught of 14 m. The water depth being 40 m. If the...


I need the answer as soon as possible<br>A floating production semi-submersible<br>platform has 6 columns, each column<br>having a diameter of 10 m and a draught of<br>14 m. The water depth being 40 m. If the<br>platform operates in wave condition with a<br>significant wave height of 9 m and a peak<br>period of 12 s, with a horizontal excursion is<br>3 m in 10 s,<br>Calculate:<br>i. The wavelength and determine the water<br>depth criterion in which the platform<br>operates.<br>ii. The wave loading at mean water level on<br>each of the column.<br>

Extracted text: I need the answer as soon as possible A floating production semi-submersible platform has 6 columns, each column having a diameter of 10 m and a draught of 14 m. The water depth being 40 m. If the platform operates in wave condition with a significant wave height of 9 m and a peak period of 12 s, with a horizontal excursion is 3 m in 10 s, Calculate: i. The wavelength and determine the water depth criterion in which the platform operates. ii. The wave loading at mean water level on each of the column.

Jun 11, 2022
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