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• W2004154944 abstract "Abstract As part of the Bureau of Ocean Energy Management, Regulation and Enforcement(BOEMRE) sponsored study for ocean current monitoring from 500 - 1,000 metersin the Gulf of Mexico, this paper describes the methodology and results ofassessing the characteristics of the forcing and occurrence of elevated currentevents. BOEMRE NTL ADCP data, historical mooring current data and three types ofPrinceton Regional Ocean Forecasting System (PROFS) model data were used forthis study. Based on the analysis of current characteristics, ocean currentkinetic energy distribution and observational data availability, fourrepresentative zones are indentified. For each zone, the long term and eventcurrent profile characterizations and subsurface elevated event screening areundertaken, and long- and short-term full water column current profilecharacterizations (representative current profiles and associatedprobabilities) are derived from selected quality controlled NTL ADCP data, historical mooring data and PROFS model data. These current profiles andspecific riser models for each type (Drilling, SCR, TTR, Hybrid Risers, and TLPTendons) are used to assess the VIV damage, which is documented in theaccompanying paper by Ozturk et al. (OTC 23570). This study will evaluate the significance of ocean currents in water depthsbetween 500 and 1000 meters on riser and mooring systems, as well as toidentify whether any significant events have resulted. The study results willhelp BOEMRE to define whether monitoring below 500 meters is justifiable inregards to fatigue analysis of riser or mooring systems. 1. INTRODUCTION Safe and efficient exploration and development of deepwater offshore oil andgas fields require the development of a comprehensive knowledge of the localoceanographic current regime. The study of ocean current monitoring from 500 -1,000 meters in the Gulf of Mexico was sponsored by the Bureau of Ocean EnergyManagement, Regulation and Enforcement (BOEMRE) of the U.S. Department of theInterior. The purpose of this study was three-fold:Assess the characteristics of Gulf of Mexico current forcing in the 500 to1,000 meter range and occurrence of elevated events;To evaluate the significance of ocean currents in water depths between 500and 1000 meters on the fatigue and design of risers, moorings and TLPtendons;Based on the findings, to form a recommendation on whether monitoring below500 meters is justifiable in regards to fatigue analysis of riser or mooringsystems. This paper describes the activities associated with the first purpose of thestudy. The accompanying paper by Ozturk et al. (OTC 23570) addresses theremaining goals." @default.
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• W2004154944 date "2012-04-30" @default.
• W2004154944 modified "2023-09-27" @default.
• W2004154944 title "Ocean Current from 500 to 1000 Meters in the Gulf of Mexico" @default.
• W2004154944 doi "https://doi.org/10.4043/23376-ms" @default.
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