| Investigation of Performance of Turret Assembly in Inboard Turret Mooring System |
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| 作者单位： | Ma Peisun，Ma Lie and Lu Shunshou Associate Professor，Shanghai Jiaotong University，Shanghai Graduate，Shanghai Jiaotong University，Shanghai Engineer，Shanghai Jiaotong University，Shanghai |
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| 摘 要： | To fulfil the need of development of offshore oil floating production system, the performance of turret assembly in an inboard turret mooring system has been investigated in the paper. By means of systematic evaluation, the optimal structure of the turret for single-point mooring systems has been determined. Through model tests of a turret mooring system, several groups of data such as forces, moments and displacements under different environmental conditions have been obtained. Stresses and strains of the turret structure have been calculated by means of the finite element method corresponding to the situation in the model experiment. The study shows that the selected turret structure and the designed turret assembly are technically feasible.
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Investigation of Performance of Turret Assembly in Inboard Turret Mooring System |
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| Ma Peisun,Ma Lie and Lu Shunshou Associate Professor,Shanghai Jiaotong University,Shanghai Graduate,Shanghai Jiaotong University,Shanghai Engineer,Shanghai Jiaotong University,Shanghai. Investigation of Performance of Turret Assembly in Inboard Turret Mooring System[J]. China Ocean Engineering, 1991, 0(4) |
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| Authors: | Ma Peisun Ma Lie Lu Shunshou Associate Professor Shanghai Jiaotong University Shanghai Graduate Shanghai Jiaotong University Shanghai Engineer Shanghai Jiaotong University Shanghai |
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| Abstract: | To fulfil the need of development of offshore oil floating production system, the performance of turret assembly in an inboard turret mooring system has been investigated in the paper. By means of systematic evaluation, the optimal structure of the turret for single-point mooring systems has been determined. Through model tests of a turret mooring system, several groups of data such as forces, moments and displacements under different environmental conditions have been obtained. Stresses and strains of the turret structure have been calculated by means of the finite element method corresponding to the situation in the model experiment. The study shows that the selected turret structure and the designed turret assembly are technically feasible. |
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| Keywords: | turret mooring system structure calculations finite element method turret assembly |
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