By Stelios Kyriakides and Edmundo Corona (Auth.)
Offshore oil and gasoline creation was once performed in the course of the complete twentieth century, however the industry's glossy significance and vibrancy didn't commence until eventually the early Seventies, while the North Sea turned an immense manufacturer. when you consider that then, the growth of the offshore oil has been non-stop and quick.
Pipelines, and extra often lengthy tubular buildings, are significant oil and fuel instruments utilized in exploration, drilling, construction, and transmission. fitting and working tubular buildings in deep waters areas detailed calls for on them. Technical demanding situations in the box have spawned major study and improvement efforts in a large variety of areas.
Volume I addresses difficulties of buckling and cave in of lengthy inelastic cylinders lower than numerous lots encountered within the offshore enviornment. a number of of the suggestions also are at once acceptable to land pipelines. The strategy of Mechanics of Offshore Pipelines is challenge orientated. The history of every challenge and state of affairs are first defined and every dialogue finishes with layout concepts.
* New and classical difficulties addressed - investigated via a mixture of experiments and analysis
* each one bankruptcy offers with a selected mechanical challenge that's analyzed independently
* the elemental nature of the issues makes them additionally acceptable to different fields, together with tubular parts in nuclear reactors and tool vegetation, aerospace buildings, automobile and civil engineering constructions, naval autos and constructions
Read Online or Download Mechanics of Offshore Pipelines. Vol. I Buckling and Collapse PDF
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Offshore oil and fuel creation was once carried out during the whole twentieth century, however the industry's smooth significance and vibrancy didn't begin until eventually the early Seventies, while the North Sea grew to become a massive manufacturer. because then, the growth of the offshore oil has been non-stop and swift. Pipelines, and extra commonly lengthy tubular buildings, are significant oil and fuel instruments utilized in exploration, drilling, construction, and transmission.
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Additional info for Mechanics of Offshore Pipelines. Vol. I Buckling and Collapse
These are bundles arranged around a 22 in core pipe. They consist of four 8 in production risers, four 3 in gas lift lines, two 2 in service lines and two 8 in injection risers (used for either gas or water). 5 m). 53]. 14). Since the towers are only nearly neutrally buoyant, 131 ft long, 26 ft diameter (40 x 8 m) 34 MECHANICS OF OFFSHORE PIPELINES buoyancy modules are connected to their tops. The production and injection lines within each tower are connected to the FPSO by flexible jumpers, while the service and gas lift tubes via bundles of super duplex stainless steel tubes.
Installation of Cognac 12-inch pipeline. Proc. Offshore Technology Conference 2, OTC3740, 45-52. 11. C. and Davies, E (1983). A design basis for the J-tube method of riser installation. ASME J. Energy Resour. Technol. 105, 263-270. 12. , Madhavan, R. D. (1989). Pipe collapse under combined pressure, bending, and tension loads. Proc. Offshore Technology Conference 1, OTC6104, 541-550. 13. C. and Melancon, C. (1999). An overview of the Baldpate project. Proc. 2, OTC 10914, 111-119. 14. , Kallaby, J.
The stinger is 460 ft (140 m) long and the tension capacity is 1,930 kips (875 t). 37] in a water depth that reached 6,350 ft (1,935 m). The pipeline was installed flooded, and the stinger was set to a radius of 330 ft (100 m). The applied tension reached values around 900 kips (410 t). 12). _. 40]. 2 J-Lay As the water depth increases, the suspended length in conventional S-lay increases, and as a result the tension that must be applied by the lay vessel goes up. 59]. These tough requirements are avoided by dropping the condition that the line start in a horizontal position.