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“A Mathematical Model for Dynamic Analysis of a Flexible Marine Riser Connected to a Floating Vessel”

Authors: Audun Otteren,
Affiliation: Christian Michelsen Research
Reference: 1982, Vol 3, No 4, pp. 187-209.

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Keywords: Mathematical modeling, hydrodynamics, flexible riser, floating vessel, marine operations, simulation

Abstract: A mathematical model for simulation of a flexible marine riser connected to a floating vessel is presented. The model is used for dynamic analysis of marine operations which include a riser and a floating vessel. The riser can be freely hanging from the vessel or fixed at the bottom. The vessel can be freely floating, moored by anchors or dynamically positioned. The performance of the riser model is evaluated by a comparison with results from a simulation study published by the American Petroleum Institute. Finally, a complete three dimensional, irregular sea-state analysis is presented to illustrate some of the capabilities of the simulation concept.

PDF PDF (3932 Kb)        DOI: 10.4173/mic.1982.4.1



DOI forward links to this article:
  [1] Steinar Sælid (1985), doi:10.4173/mic.1985.2.2
  [2] Mac Darlington Uche Onuoha, Qingping Li, Menglan Duan and Qiang Gao (2018), doi:10.1016/j.oceaneng.2018.01.070


References:
[1] API (1977). American Petroleum Institute Bulletin on Comparison of Marine Drilling Riser Analysis, API Bull., 2 January.
[2] BURKE, B.G. (1973). An Analysis of Marine Risers for Deep Water, Offshore Technology Conference, Houston 1973, Paper no. OTC 1771.
[3] CHILDERS, M.A., MARTIN, E.B. (1980). Field Operation of Drilling Marine Risers, Journal of Petroleum Technology, March 1980.
[4] DARING, D.W., HUANG, T. (1975). Natural Frequencies of Marine Drilling Risers, Society of Petroleum Engineers 1975, SPE 5620;.1980. Marine Riser Vibration Response Determined by Modal Analysis. Petroleum Engineer International, May 1980.
[5] GARDNER, T.N., KOTCH, M.A. (1976). Dynamic Analysis of Risers and Caissons by the Element Method, Offshore Technology Conference, Houston 1976, OTC 2651.
[6] GONE, E., SIGNORELLI, P., GIULIANO, V. (1975). Three-dimensional Static and Dynamic Analysis of Deep Water Sealines and Risers, Offshore Technology Conference, Houston 1975, OTC 2326.
[7] LANGFELDT, J.N., GALTUNG, F.L. (1976). A computer simulation program for evaluation of station keeping systems, In Automation in Offshore Oil Field Operations, Bergen 1976, North Holland Publishing Company.
[8] LARSEN, C.M. (1976). Marine Riser Analysis, Norwegian Maritime Research, no. 4, 1976.
[9] MAISON, J.R., LEA, J.F. (1977). Sensitivity Analysis of Parameters Affecting Riser Performance, Offshore Technology Conference, Houston 1977, OTC 2918.
[10] MORGAN, G.W., PERET, J.W. (1976). Applied Mechanics of Marine Riser Systems, Parts 1-8. Petroleum Engineer, Dec. 1974-May 1976.
[11] SARPKAYA, T. (1977). In-line and Transverse Forces on Cylinders in Oscillatory Flow at High Reynold´s Numbers, Journal of Ship Research, Dec. 1977.
[12] SEXTON, R.M., AGBEZUGE, L.K. (1976). Random Wave and Vessel Motion Effects on Drilling Riser Dynamics, Offshore Technology Conference, Houston 1976, OTC 2650.
[13] SHEFFIELD, J.R., CALDWELL, J.B. (1972). Field Method for Determining Tensioning Requirements in Marine Risers, The American Society of Mechanical Engineers, Sept. 1972.
[14] TUCKER, T.C., MURTHA, J.P. (1973). Nondeterministic Analysis of a Marine Riser, Offshore Technology Conference, Houston 1973, OTC 1770.


BibTeX:
@article{MIC-1982-4-1,
  title={{A Mathematical Model for Dynamic Analysis of a Flexible Marine Riser Connected to a Floating Vessel}},
  author={Otteren, Audun},
  journal={Modeling, Identification and Control},
  volume={3},
  number={4},
  pages={187--209},
  year={1982},
  doi={10.4173/mic.1982.4.1},
  publisher={Norwegian Society of Automatic Control}
};

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