锚泊船

也就是说，没能对锚泊船状态进行有效地监控。

There is no quantity management , no efficient monitor towards the state of anchored vessel .

锚泊船之间距离概率分布模型的研究

A study on the probability distribution of the distance between anchored vessels

风流作用下锚泊船低频振荡分析及走锚预报

Analysis of Low-Frequency Yawing Motion of a Ship at Anchor in Wind and Current and Prediction of Dragging Anchor

自20世纪60年代以来，国内外众多学者从不同角度和深度对锚泊船的偏荡运动进行过理论研究和实验分析，为后人的研究奠定了良好的基础。

Since the 1960s , many domestic and foreign scholars have conducted experimental analysis and theoretical research in different perspectives and depths , which has been laid a good foundation for us .

众所周知，大风浪中锚泊船偏荡运动是造成船舶走锚的主要原因，其后果可能造成碰撞、搁浅等海难事故。

It is well known that the ship yawing at anchor is the main reason that it causes anchoring vessels to drag , and the consequences may result in collision and aground and so on .

在已有文献研究的基础上，借鉴常规船舶模型分析方法，分析该类型船舶的运动机理和特点，推导了锚泊船二维和三维的线性运动模型。

A lot of previous literatures were analyzed in detail . A linear two and three-dimensional moving model of mooring shifting project vessel was proposed , profit from the conventional ships model analysis method to analysis this vessels ' moving mechanism and characteristic .

针对锚泊船在强风中容易走锚的情况，提出了根据锚泊船锚链受力状况，对锚泊状态做出分析的一种安全评估方法。

Considering the fact that an anchoring ship is very easy to drag its anchor under strong wind , an assessment method of anchoring safety based on the condition of anchor cable at hawse pipe is presented in order to prevent the vessel from dragging its anchor .

内部转塔锚泊生产储油船是海上石油浮式生产系统适用于深水及恶劣环境条件的一种新型生产系统。

The internal turret mooring tanker-based production storage unit is a new type offshore oil production system especially suitable for deep water and harsh environment application .

本课题的研究结果可为船舶驾驶人员采取措施、保证船舶在强风中安全锚泊以及锚泊船走锚后采取相应的措施提供参考。

The results of study provides a reference for drivers to take measures to ensure the safety of ships at anchor in strong winds and take the appropriate measures after the anchor is dragging .

计算锚地的锚泊容量十分必要，它可以作为锚地最大锚泊船数的参考，也可以为合理规划锚地提供科学依据。

Computing the capacity of anchorage is necessary , it can be used as the maximum number of anchoring ship in anchorage for reference and provides a scientific basis for rational planning of Anchorage .

系留气球锚泊状态动力学仿真分析与试验研究考虑吊臂弹性的锚泊起重船动力特性研究

Dynamic Simulation and Experimental Study on Tethered Balloon at Mooring Condition ; Dynamic Response Analysis of Moored Crane-ship with Flexible Booms