A method of analysis for the extreme response of an offshore floating and weathervaning platform subjected to wave, current and wind from different directions

L H Khor; N. D P Barltrop

doi:10.3723/175605499783259848

A method of analysis for the extreme response of an offshore floating and weathervaning platform subjected to wave, current and wind from different directions

L H Khor, N. D P Barltrop

Research output: Contribution to journal › Article › peer-review

2 Citations (Scopus)

Abstract

This paper describes a study carried out to investigate the behaviour of a moored floating production and storage unit (FPSO) subject to wave, current and wind coming from different directions. The main purpose is to investigate a methodology for designing the structure's mooring system which allows for different environmental phenomena to come from different directions and to peak at different times. Some results are presented to illustrate the effects of directionality and non-concurrency for the particular ship data assumed.

Original language	English
Pages (from-to)	11-17
Number of pages	7
Journal	Underwater Technology
Volume	24
Issue number	1
DOIs	https://doi.org/10.3723/175605499783259848
Publication status	Published - 1999

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title = "A method of analysis for the extreme response of an offshore floating and weathervaning platform subjected to wave, current and wind from different directions",

abstract = "This paper describes a study carried out to investigate the behaviour of a moored floating production and storage unit (FPSO) subject to wave, current and wind coming from different directions. The main purpose is to investigate a methodology for designing the structure's mooring system which allows for different environmental phenomena to come from different directions and to peak at different times. Some results are presented to illustrate the effects of directionality and non-concurrency for the particular ship data assumed.",

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AB - This paper describes a study carried out to investigate the behaviour of a moored floating production and storage unit (FPSO) subject to wave, current and wind coming from different directions. The main purpose is to investigate a methodology for designing the structure's mooring system which allows for different environmental phenomena to come from different directions and to peak at different times. Some results are presented to illustrate the effects of directionality and non-concurrency for the particular ship data assumed.

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A method of analysis for the extreme response of an offshore floating and weathervaning platform subjected to wave, current and wind from different directions

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