摘要
介绍在风、浪、流中，由表面浮标、缆和中间物体（声纳等）组成的声纳浮标系统动力学特性的二维时域分析方法。建立了系统各组成部分的动力学数学模型，计及非线性水动力和缆的非线性特性，并给出了计算实例。
The dynamic motion characteristics of the cable systems are of great interest. Dynamic behavior of thesystem may directly influence its safety in wind, wave and current. In general, the diameters of the cable are small,model tests of the entire system are often difficulty, therefore, numerical modeling is an effective solution. A typicalsonobuoy mooring system consists of three components: surface buoy at the upper end; A cable whose properties mayvary along its length; and intermediate bodies along the cable, including possibility of a body at the lower end.This paper analyzes in time domain the two-dimensional dynamic behavior of general ocean cable systemsconsisting of a surface buoy, connecting cable, and intermediate bodies. The equations which model the motions ofthe surface waves, and the various components of the cable system are presented. A sample problem is given.
出处
《船舶力学》
EI
1999年第1期53-62,共10页
Journal of Ship Mechanics
关键词
浮标系统
二维时域
数值分析
声纳
动力学
buoy system, cable, dynamic behavior, 2-D time domain, numderica modeling
