심해 무인잠수정 1차 케이블의 동적거동 수치해석

Ocean developments gradually move to deep-sea in the 21 century. A deep-sea unmanned underwater vehicle is one of important tools for ocean resource survey. A marine cable plays an important role for the safe operation and signal transmission of a deep-sea unmanned underwater vehicle. The umbilical...

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Published inHan-guk haeyang gonghak hoeji (Online) Vol. 19; no. 3; pp. 31 - 38
Main Authors 권도영(DO-YOUNG KWON), 박한일(HAN-IL PARK), 정동호(DONG-HO JUNG)
Format Journal Article
LanguageKorean
Published 한국해양공학회 2005
Subjects
해양공학
Deep-sea Unmanned Underwater Vehicle 심해무인잠수정
Cable Axial Vibration 케이블 축 방향 진동
Numerical Analysis 수치해석
Finite Difference Method 유한차분법
Cable Tension 케이블장력
Umbilical Cable 1차 케이블
1
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ISSN1225-0767
2287-6715

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Abstract Ocean developments gradually move to deep-sea in the 21 century. A deep-sea unmanned underwater vehicle is one of important tools for ocean resource survey. A marine cable plays an important role for the safe operation and signal transmission of a deep-sea unmanned underwater vehicle. The umbilical cable of a deep-sea unmanned underwater vehicle is excited by surface vessel motion and shows non-linear dynamic behaviors. A numerical method is necessary for analysing the dynamic behavior of a marine cable. In this study, a numerical program is established based on a finite difference method. The program is appled to 6000m long cable for a deep-sea unmanned underwater vehicle and shows good reasonable results.
AbstractList Ocean developments gradually move to deep-sea in the 21 century. A deep-sea unmanned underwater vehicle is one of important tools for ocean resource survey. A marine cable plays an important role for the safe operation and signal transmission of a deep-sea unmanned underwater vehicle. The umbilical cable of a deep-sea unmanned underwater vehicle is excited by surface vessel motion and shows non-linear dynamic behaviors. A numerical method is necessary for analysing the dynamic behavior of a marine cable. In this study, a numerical program is established based on a finite difference method. The program is appled to 6000m long cable for a deep-sea unmanned underwater vehicle and shows good reasonable results. KCI Citation Count: 1
Ocean developments gradually move to deep-sea in the 21 century. A deep-sea unmanned underwater vehicle is one of important tools for ocean resource survey. A marine cable plays an important role for the safe operation and signal transmission of a deep-sea unmanned underwater vehicle. The umbilical cable of a deep-sea unmanned underwater vehicle is excited by surface vessel motion and shows non-linear dynamic behaviors. A numerical method is necessary for analysing the dynamic behavior of a marine cable. In this study, a numerical program is established based on a finite difference method. The program is appled to 6000m long cable for a deep-sea unmanned underwater vehicle and shows good reasonable results.
Author 권도영(DO-YOUNG KWON)
정동호(DONG-HO JUNG)
박한일(HAN-IL PARK)
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DocumentTitleAlternate A Numerical Analysis for the Dynamic Behavior of the Umbilical Cable of a Deep-sea Unmanned Underwater Vehicle
DocumentTitle_FL A Numerical Analysis for the Dynamic Behavior of the Umbilical Cable of a Deep-sea Unmanned Underwater Vehicle
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Keywords Deep-sea Unmanned Underwater Vehicle 심해무인잠수정
Cable Axial Vibration 케이블 축 방향 진동
Numerical Analysis 수치해석
Finite Difference Method 유한차분법
Cable Tension 케이블장력
Umbilical Cable 1차 케이블
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PublicationTitle Han-guk haeyang gonghak hoeji (Online)
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Title 심해 무인잠수정 1차 케이블의 동적거동 수치해석
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