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Hybrid Model Testing Technique for Deep-Sea Platforms Based on Equivalent Water Depth Truncation
作者姓名:张火明  杨建民  肖龙飞
作者单位:School of Computer Software and Theory China Jiliang University,The State Key Laboratory of Ocean Engineering,Shanghai Jiao Tong University,The State Key Laboratory of Ocean Engineering,Shanghai Jiao Tong University,Hangzhou 310018,China,Shanghai 200030,China,Shanghai 200030,China
摘    要:In this paper,an inner turret moored FPSO which works in the water of 320 m depth,is selected to study the so-called "passively-truncated numerical-simulation" type of hybrid model testing technique while the truncated water depth is 160 m and the model scale λ=80.During the investigation,the optimization design of the equivalent-depth truncated system is performed by using the similarity of the static characteristics between the truncated system and the full depth one as the objective function.According to the truncated system,the corresponding physical test model is made.By adopting the coupling time domain simulation method,the truncated system model test is numerically reconstructed to carefully verify the computer simulation software and to adjust the corresponding hydrodynamic parameters.Based on the above work,the numerical extrapolation to the full depth system is performed by using the verified computer software and the adjusted hydrodynamic parameters.The full depth system model test is then performed in the basin and the results are compared with those from the numerical extrapolation.At last,the implementation procedure and the key technique of the hybrid model testing of the deep-sea platforms are summarized and printed.Through the above investigations,some beneficial conclusions are presented.

关 键 词:混合模型测试技术  等效水深断面  水力学  深海测量
修稿时间:2006-08-16

Hybrid Model Testing Technique for Deep-Sea Platforms Based on Equivalent Water Depth Truncation
ZHANG Huo-ming,YANG Jian-min,XIAO Long-fei.Hybrid Model Testing Technique for Deep-Sea Platforms Based on Equivalent Water Depth Truncation[J].China Ocean Engineering,2007,21(3):401-416.
Authors:ZHANG Huo-ming  YANG Jian-min  XIAO Long-fei
Institution:1. School of Computer Software and Theory, China Jiliang University, Hangzhou 310018, China ;2. The State Key Laboratory of Ocean Engineering, Shanghai Jiao Tong University,Shanghai 200030, China
Abstract:
Keywords:hybrid model testing technique  equivalent water depth truncation  FPSO  hydrodynamic response  turret
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