Engineering ship

With the rapid development of the shipping industry , waterway maintenance requirements are also increasing , which brings new challenge to the operation and maintenance of modern waterway engineering ship .

伴随着航运事业的快速发展，航道维护的要求也越来越高，这就给现代航道工程船的营运和维护提出了全新的课题。

The conclusions presented also apply to box type structures and the experimental techniques are applicable to large scale model tests of container ship , catamaran , engineering ship and ocean platform .

所介绍的试验技术对于集装箱船、双体船、工程船和海洋平台等大比例尺模型试验具有一定的参考价值。

Development of Engineering Ship Remote Maintenance Decision Support System

工程船舶远程维修决策支持系统开发研究

Establishing Scientific and Standardized for Engineering Ship against Typhoon Mechanism

建立科学规范的工程船舶防台风机制

Remote Working Management and Devices Fault Diagnosis of Dredging Engineering Ship Based on Wireless Transmission Technology

基于无线传输技术的疏浚工程船舶远程施工管理及设备故障诊断

So , the hydraulic driving have been widely used in the engineering ship all the world .

因此，液压驱动方式广泛地被国内外的工程船舶所采用。

Positioning operations at sea is one of the most important kinds of conditions faced by engineering ship .

海上定位作业是工程船舶所面临的最为重要的一类工况。

Engineering ship maintenance decision support system is needed in order to secure the safety in the process of engineering ship operation .

为了保证工程船舶的运行过程中的安全，必须建立船舶设备的维修决策支持系统。

This thesis analyse the design of the hydraulic driving in engineering ship , and developed the design of the hydraulic system in piling barge .

本文对工程船舶上的液压系统设计进行分析，总结与改进，并进行建模仿真。

Institution of Engineers and Shipbuilders of the North-East Coast Establishing Scientific and Standardized for Engineering Ship against Typhoon Mechanism

东北海岸轮机工程师和造船师学会建立科学规范的工程船舶防台风机制

This paper studies the general situation of large-scale engineering ship and its repairing status , clarifying the essentiality of this project for the company .

本文探讨了大型工程船舶的概况以及国内外大型工程船舶修理的现状，阐明了实现公司大型工程船舶自修的重要性。

The 800 m3 Trailing hopper dredger is a new type engineering ship in China . This paper introduces the design philosophy of the control system for the controllable Pitch Propeller ( CPP ) .

介绍我国自行研制的第一艘800m＿3耙吸式挖泥船可调螺距螺旋桨控制系统基本设计思想及其构成。

The advantages of engineering ship using the twin hull form are obvious , such as : broad deck , good stability and anti-drift performance , facilitate arrangements for persons and operating machinery .

双体船作为工程船的优点是显而易见的，双体工程船的可用甲板面积大，具有较好的稳性和抗漂性能，对人员和作业机械的安排方便。

The high-power DC speed control system is widely used to drive the special mechanism on the engineering ship due to its excellent performance of speed control and its high reliability ; it is the heart of the engineering ship .

大功率直流调速系统具有优良的调速性能和很高的可靠性，被广泛应用到各种工程船舶特种机械的电力拖动中，是工程船舶进行工程作业的动力核心。

The optimization design decreased the weight of the portal framed structure and reduced the cost of shipbuilding when it met the requirement of stress , and provided a reference for the same type twin hull engineering ship .

该优化设计在满足应力的前提下减轻了结构的重量，降低了造船成本，对同类型的双体工程船舶的设计提供可参考的依据。

Ducted propeller , served as one kind of energy saving propeller , was widely used in various types of engineering ship based on its good energy-saving performance . The research on the further energy-saving ducted propeller received extensive attention .

导管螺旋桨作为一种节能推进器，依托良好的节能特性在各类工程船舶上大量使用，其性能进一步优化研究受到行业广泛关注。

The concept has been introduced and necessity and then the work flow has been optimized . An improving insertion algorithm has been proposed to carry on the optimization to the distribution transports of the diesel oil distribution to harbor engineering ship .

进一步，引入了作业流程优化的概念、必要性及优化目标，提出了改进的带时间窗的车辆路径问题的插入算法，并对港口工程船舶柴油配送运输调度问题进行了优化分析。

The main research of this thesis is expert control and its application in engineering ship 's motion control . The self-steering and the self-rectifying of the course and the track in the engineering ship have been carried out in the thesis .

本文主要研究专家控制及其在工程船舶运动控制中的应用，实现工程船舶的自动操纵和航迹航向自动纠偏。

Concrete-making ship is an engineering ship with comprehensive functions such as self-loading , transferring sands , gravels , broken stones and slag with liquid and additive material , quantifying , mixing and pour .

砼搅拌船是具有自身上料、骨粉液料输送、称量、搅拌和浇注综合功能的砼生产工程船。

From this work , we can assess the design of the cutter ladder , find the way to reduce the risks in designing , take a basis of using the risk analysis in design , and provide a design way to the big structure on Engineering ship .

通过以上的工作可以完成对绞刀架设计结果的评估，研究降低设计风险的途径，为风险评估方法在设计过程中的应用打下基础，同时为工程船大型结构件的设计提供一种方法。

In this paper , a four DOF mathematical model describing the maneuvering motions of an engineering ship for the heel in turning , turning and zigzag motions in calm water and wave , and a free-running model maneuvering test for the ship are provided .

本文通过四自由度操纵运动数学模型，对某工程船在静水中和波浪中的Z形运动和回转运动进行预报，并由自航模操纵性试验验证。

To meet the demands of over-water construction of Hangzhou Bay Bridge , CHEC-Tianjin Port Construction Company purchased a 700t totally rotary multi-functional engineering ship named " Tian Wei Hao " from Japan which was equipped with liquid driving hammer of IHC series manufactured by the Netherlands .

为适应杭州湾大桥水上施工的需要，中港一航局从日本购买一艘700t全旋转式多功能天威号工程船舶，该船配备有荷兰制造IHC型号系列液压打桩锤。

Research on Finite Element Method in Electromagnetic Engineering of Ship Electrical Equipment

船电设备电磁工程学的有限元法研究

Application of Value Engineering in Ship Building and Repairing

价值工程在船舶修造中的应用

Electric System Design for Petroleum Engineering Pipelaying Ship

滩海铺管敷缆石油工程船电气系统的设计

Besides , in the Aero Engineering and Ship Engineering , pipeline is also the important part .

在航空与船舶工程中，管路系统也是整个系统的重要组成部分。

Metal powder flux-cored wire is widely used in bridge engineering , ship , aerospace , pipeline engineering .

金属粉芯型药芯焊丝已经广泛应用于桥梁、船舶、航空航天、管道等领域。

From the point of view of systems engineering , ship is a typical huge and sophisticated man-machine-environment system .

从系统工程的观点看，舰船是一个典型的、庞大的、复杂的人机环境系统。

As an important system of marine engineering , ship stabilizing fins have been widely used in many different kinds of ships .

船舶减摇鳍是船舶与海洋工程中的一种重要系统，目前已在多种船舶中广泛应用。

Discussion on the application of human engineering in the ship design

浅谈船艇设计中人体工程学的应用