| This paper discusses the extremely shallow water platform buoy in the South China Sea,which is located in a complex,asymmetrical,near-island and reef area.It should be included in harsh environments such as typhoon.In addition,a suitable mooring system needs to be designed.Based on the theory of potential flow,time domain analysis and frequency domain analysis are calculated,and then model tests are carried out to compare and analyze whether the numerical value and the model are in good agreement with each other.The model takes into account a number of factors,such as shallow water effects.Chapter 1: Summarizing the background,combing the research results at home and abroad.Chapter 2: Computation theory,mainly introduces the theory of potential flow,analyzes various forces,modeling,frequency domain timedomain conversion.Chapter 3: Calculation of hydrodynamic parameters.Chapter 4: Plan Design,mainly describes two kinds of mooring schemes,from design standards to design flow,and then consider the factors considered,gives two options,and make a summary.Chapter 5: Modeling and Numerical Computation,This chapter details the complex process of modeling the entire model,as well as various adjustments.And taking into account the platform in which the environment,simple frequency domain analysis and hydrodynamic calculations.Chapter 6: Model Tests This section briefly describes the method and the flow of the model tests.Chapter 7: the results of comparative analysis,this chapter made a lot of contrast work,drawing,tabulation,a large number of data,the work of sea conditions,the survival of the sea conditions of different mooring programs for a detailed study and comparative analysis of data and gives the corresponding Discretion and decision making.Chapter 8: Summary of the full text,look growth.Simple summary of the work to do some summary,then add the direction of follow-up work and look forward to the progress of the work. |
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