船舶的

ABSTRACT The technology of Computational Fluid Dynamics has been widely used in many aspects of the whole ship design process.

CFD在船舶设计中的应用研究是个既困难又复杂的问题，但由于它的成功应用会提高船舶设计的效率和能力，因此这是个很有价值的研究方向。

In chapter 3, differing with gonging criterions which use "safety factor" or "reliability indicatrix", the accidents were regarded as a problem of risk. Then probability model was established in ouder to bring out probability of ship collision with bridges and probability of failure due to ship collision with bridges.

在第三章中，与以往的设计规范中结构设计方程所使用的各种"安全系数"、"可靠性指标"等理念不同，本文将船桥相撞事故作为一个风险问题，建立了基于可能性的概率模型，得出了船舶撞击桥梁的概率以及由于船舶撞击致使桥梁结构失效的概率。

The under keel clearance control is one of the most important things for VLCC in ports,the key of determination UKL is the squat caused by vessel sailing.

大型船舶进出港的关键之一是富余水深的控制，确定富余水深的最重要的问题是确定船舶航行时的下沉量。

Showing one more unit - warped in in a serious of cubes - giant floating base - called a protoss mothership - can only have 1 at a time - cost big resources - special abilities include timebomb that slows all enemy missiles inside - shows terran missle launcher shooting in projectiles that stop in the field before they reach the ship - when field ends missiles drop the ground - planet cracker attack - giant lasers stream from ship to ground - ship can be moved around while planet cracker laser is active - the ship looks like a metallic, triangular sand dollar - mothership can create a black hole anywhere it wannts to - creates distortion that actually sucks ships in and destroys them - in the demo the black hole destroyed four terran battle cruisers in about ten seconds.

显示多一组扭曲的一种严重的立方体-巨型浮动基地称为protossmothership只能有一时间成本大资源的特殊能力，包括计时，slows所有的敌方导弹内显示terran导弹射手射击炮弹，停止在外地未到船舶在外地ends弹落地面星球黑客攻击巨型激光器溪船地面舰可以到处虽然星球cracker激光是活跃，船活像一个金属，三角砂美元mothership可以创造一个黑洞anywhere它wannts-造成扭曲，实际上sucks船舶，并摧毁了他们的demo黑洞摧毁四个terran战斗巡洋舰在约10秒。

Where any oil pollution damage is caused by a ship, the shipowner and the insurer of liability or other persons providing financial suretyship shall, for a purpose of obtaining the

船舶造成油污损害的，船舶所有人及其责任保险人或者提供财务保证的其他人为取得法律规定的责任限制的权利，应当向海事法院设立油污损害的海事赔偿责任限制基金。

I firmly believe that with some additional focus and attention this vessel can become one of the top performances in the BP operated and time charter fleets and I encourage everyone involved to work towards this goal.

我确信通过对船舶其它方面的关注和努力，其绩效在BP管理的和期租的船队中定能成为顶级的船舶。我鼓励与此相关的每个人都朝着这个目标努力。

The article has narrated the basic function of the automatic voltage stabilizer of the marine small-scale generator and its importance in sailing, introduced the structure of the circuit, operation principle, and malfunction phenomenon and especially made a detailed analysis to the malfunction of the circuit.

0引言船舶电力系统是一个较复杂的工程，它主要由发电、配电、输电及用电四大部分组成，而发电又是电力系统的核心。尤其是在船舶航行中，能否保持输出电压的稳定，发电机组中的自动稳压装置就成了关键性的设备。

These series researches are aiming to drive the application of uncertain multi-attribute decision making methods in the ship engine domain, fill up the blank of this aspect in the national country. In this paper, the doughtily maneuverable and universal calculation flat is provided also. For the lack of researches and applications of uncertain multi-attribute decision making in the ship engine domain, intact research theories and methods are afforded.

这一系列的研究旨在推动不确定多属性决策方法在船舶工程领域中的应用，填补国内在这方面的空白，提供可操作性强、通用性强的计算平台，针对不确定多属性方法在船舶工程领域中研究与应用的缺乏，提供完整的研究分析理论与方法。

The marine stern tube bearing is a special structure and complicated load sliding bearing, which is always under foul lubricative state in real work, and always produces bad abrasion to get premature invalidation. This brings a great influence to ship s safely sailing and economic benefit.

船舶尾管轴承是一种受力复杂、结构特殊的滑动轴承，它在实际工作中处于极其恶劣的润滑状态下，常常产生严重的磨损而导致尾轴承的过早失效，这对船舶安全航行和营运经济效益带来很大的影响。

From the point of view of a captain,this paper mainly analyses how to supervise the cargo ship s overfreight,puts forward several problems to the MSA Officers whom should pay attention to,while the Officers check cargo ship s loadline and judge the cargo ship s overfreight,and also recommends a facility means to calculate the cargo ship s draught.

从船长的角度针对货船超载运输如何监管作简要分析，提出海事人员在检查船舶载重线及判断船舶超载时应注意的几个问题，并介绍一种简易计算载重线的方法，以期对货船超载的监管有所帮助，减少海上事故的发生。

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。