船舶领域

引入交通流理论与船舶领域概念，将航道中连续行驶的船舶视为船舶交通流，对航道通过能力进行了研究。

The traffic flow theory and concept of ship safety domain were introduced and the vessels voyaging in waterway could be considered as the ship traffic flow .

扩展了AIS的应用范围、丰富了船舶领域的研究内容。

The application of AIS is expanded and the content of ship domain study is enriched .

然而，国内船舶领域FMECA经验不足，再加上船舶系统本身的复杂性和特殊性，致使FMECA技术在国内的应用相对滞后，甚至可以说还是空白。

However , the application of FMECA in China is far lagging behind other countries , owning to the complexity and particularity of marine systems .

内河水域船舶领域三维模型的研究

A Study of 3D Model of Ship Domain for Inland Waterway

基于船舶领域理论的水道通过能力研究

Research on Passing Capacity of Channel Based on Ship Field

基于船舶领域模型的港口受限航道通过能力计算方法

Calculation Method of Restricted Waterway Transit Capacity Harbor Based on Ship Domain Model

拥挤水域内船舶领域的探讨

Ship Domain in Congested Water Area

而本文的研究重点，将锁定在船舶领域模型的选取上。

The focus of this study , will be locked in the selection of the ship domain model .

第三，船舶领域在智能决策系统中的具体应用问题；

The third is on the specific application of ship domain in the intelligent decision-making system for ship collision avoidance .

文中还给出了有限元模型修正技术在航空航天领域、汽车船舶领域成功应用的实例。

Some successful model updating applications which cover the fields of space flight & aviation , automobiles and ships are presented .

鉴于船舶领域边界的模糊性，引入模糊集理论，提出避让度的概念。

For the boundary of ship domain is unclear , the concept of DCA is put forward by quoting the fuzzy set .

如今在高速船舶领域，喷水推进装置正被广泛的应用，在很大程度上取代了传统的螺旋桨驱动方式。

Water jet propulsion , widely used in the area of fast-speed ships nowadays , has increasingly taken the place of traditional propeller .

近年来，虚拟测试技术由于安全、经济、灵活等优越性，在船舶领域备受关注。

In recent years , the virtual test technology for the advantages of security , economy and flexibility is concerned in marine fields .

内河桥区水域风、流、船速对船舶领域边界的影响及应用

The Effect and Appliance of Ship 's Speed and Wind , Current on the Ship 's Domain in the Inner River Bridge Waterway

随着新型材料和技术在船舶领域中应用，夹层板结构以其优良性能优势，在船舶领域中得到了广泛的应用。

With the widely use of new material and technique in shipbuilding , sandwich plate structure had been widely accepted because of her excellent characteristic .

随着全球石油资源的日趋减少和环境的日益恶化，节能与减排已成为人类共同关注的热点话题，尤其是在船舶领域。

With the decrease of global oil resources and environmental deterioration , energy conservation and emission reduction has become a hot topic which human concerned .

如今国际船舶领域在控制船用柴油机废气排放的同时，也开始关注起船舶噪声的控制。

Recently , in the international marine filed , the marine noise control is paid close attention to with the limit to the marine engine emission .

随着材料设计与制造工艺水平的提高，复合材料由于其密度小、高比刚度和高阻尼特性，逐步在军用船舶领域得到应用。

With the development of materials design and manufacture level , composite materials are used in field of army marine as their low-density , high-stiffness and high-damping .

随着科学技术的进步，监控手段的不断成熟，这种以可靠性为中心的维修理论在船舶领域中必将得到全面推广和运用。

With the development of technology and maturation of monitoring means , the reliability - centered maintenance theory will be fully promoted and used in the field of ship .

在船舶领域，离心风机也得到了应用。在二冲程柴油机启动和低负荷运行时，需要用离心鼓风机提高进气压力，完成气缸扫气。

As in a vessel , centrifugal fans are applied to increase the pressure of the air for scavenge when the marine engine starts or operates at low loading .

最后，设计并实现了基于本体的船舶领域知识获取原型系统，并通过实验验证了其技术可行性。

At last , in this paper , we designed and implemented the knowledge acquisition prototype system for ship domain based on ontology , and verified its technical feasibility by experiments .

轮机油液监控技术是目前国际船舶领域迅速发展起来的高新技术，轮机油液监控技术已成为现代船舶状态监测与控制的一个重要的发展方向。

Oil monitoring technology of ship engine , as a current fast-developing new and advanced technology in international shipping , has become an important aspect of development in the field of modern ship condition monitoring and control .

基于刺激行动的理论、船舶领域的概念及最晚施舵点，建立了空间碰撞危险度、时间碰撞危险度和碰撞危险度模型。

On the basis of stimulating action theory , the concepts of vessel 's domain and the last opportunity to use helm , the models of SCR , TCR and collision risk ( CR ) are established .

通过引入船舶领域的概念，以及借鉴船舶领域（二维）模型的思想，在结合内河船舶操纵与避碰以及航道特点的基础上，首次提出了狭窄水域船舶领域三维模型的思想。

This paper presents the 3D model of ship domain for restricted water area , which is based on the traditional 2D ship domain , and taks the ship maneuverability , the characteristics of collision avoidance and fairway condition into account .

计算机仿真技术在船舶领域的应用和发展解决了这一难题，受训人员借助于仿真器可以无限制地进行各种操作训练，能够有效提高上述人员的业务水平，并且更安全，更节约成本。

Application and development of computer simulation technology in maritime field especially on board of ship solved this problem . The trainees , using the simulator , can carry out various operational training infinitely and can effectively improve their technical level .

综合船桥系统（IntegratedBridgeSystem，IBS）是船舶自动化领域的核心装备，也是船舶导航学科的前沿性课题。

Integrated bridge system ( IBS ) is the key part of marine automation area , and it is also the front-subject of marine navigation technology .

详细介绍了V模式的开发过程，并对其在船舶控制领域的应用进行了探讨，建立了某船舶推进系统的控制模型。

Furthermore , its applications in the field of ship control were discussed , and a simple propulsion system was modeled .

VAV技术在船舶空调领域应用的可行性分析

Feasibility of using VAV technology in ship air conditioning system

介绍了FSA方法的基本概念及在船舶安全领域中的应用，对应用中存在的问题进行了分析，并提出相应对策。

This article introduces the basic concept of formal safety assessment methodology , discusses the application of this method in the field of ship safety and analyses the existing issues in the application , then gives some relevant countermeasures .

在船舶设计领域，经常存在多种船舶设计软件共存的情况，其中，由于TRIBON系统和CADDS5i系统是普遍采用的船舶设计软件，因此，这两个软件间的数据交换需要尤为强烈。

Normally , several Ship CAD systems will be used in one Ship design process , and TRIBON and CADDS 5i systems are two most widely used Ship CAD systems .