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사이드스캔 소나 예인케이블에 걸리는 장력 및 형상 해석
박한일,류창혁 韓國海洋大學校 附設 海洋科學技術硏究所 1998 硏究論文集 Vol.7 No.-
This study is aimed to predict the configuration and tension of a towing cable of a side-scan sonar which plays an important role in developing ocean resources. The governing equations of 3-D static equilibrium equations for a flexible cable are derived and solved using a finite difference method. The forces considered in this paper are effective weights, drag forces due to currents and ship moving, and the tension at both ends of the towing cable. The governing equations are non-linear, so an iteration method is appled to solve the equation. A case study is carried out for several different conditions. The result will be useful for prediction the location of a side-scan sonar and to design the towing system.
사이드스캔 소나 예인케이블에 걸리는 장력 및 형상 해석
박한일,류창혁 해양환경안전학회 1998 海洋環境安全學會誌 Vol.4 No.2
This study is aimed to predict the configuration and tension of a towing cable of a side-scan sonar which plays an important role in developing ocean resources. The governing equations of 3-D static equilibrium equations for a flexible cable are derived and solved using a finite difference method. The forces considered in this paper are effective weights, drag forces due to currents and ship moving, and the tension at both ends of the towing cable. The governing equations are non-linear, so an iteration method is applied to solve the equation. A case study is carried out for several different conditions. The result will be useful for predicting the location of a side-scan sonar and to design the towing system.