Experimental investigation of the marine growth effect on the hydrodynamical behavior of a submarine cable under current and wave conditions

This document describes the experimental set-up of OMDYN2 and LEHERO-MG projects. The study seeks to quantify the impact of biofouing on the dynamic behavior of an underwater power cable by analysing the hydrodynamic coefficients, such as drag and added mass coefficients.
Experiments carried out in the wave and current basin of IFREMER, located at Boulogne-sur-mer, allowed us to compare the dynamics of cylinder with or without roughness. The roughness studied concerns realistic marine growth and has therefore significantly bigger dimensions (like mussels) than roughness studied in the research literature on the subject. Tests are conducted using current only then horizontal oscillating movements and finally the combination of both.
 

Disciplines

Cross-discipline, Physical oceanography

Keywords

cable, drag, offshore, Morison, cylinder, added mass, biofouling, roughness

Location

50.72892N, 50.72892S, 1.59796E, 1.59796W

Data

FileSizeFormatProcessingAccess
DATA
1 GoTEXTRaw data
LDV
105 MoTEXTRaw data
Readme
4 MoPDF
How to cite
Marty Antoine, Germain Gregory, Facq Jean-Valery, Gaurier Benoit, Bacchetti Thomas (2020). Experimental investigation of the marine growth effect on the hydrodynamical behavior of a submarine cable under current and wave conditions. SEANOE. https://doi.org/10.17882/75373
In addition to properly cite this dataset, it would be appreciated that the following work(s) be cited too, when using this dataset in a publication :
Marty Antoine, Schoefs Franck, Soulard Thomas, Berhault Christian, Facq Jean-Valery, Gaurier Benoit, Germain Gregory (2021). Effect of Roughness of Mussels on Cylinder Forces from a Realistic Shape Modelling. Journal Of Marine Science And Engineering. 9 (6). 598 (18p.). https://doi.org/10.3390/jmse9060598, https://archimer.ifremer.fr/doc/00696/80851/

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