主要论述了现代轮机管理中应用人因工程理论的重要意义。
This paper expounds the important significance of artificial engineering theory applied to ship safety management.
此文针对现有船舶轮机管理的模式，提出了第四代管理在轮机管理上的应用。
According to the management mode existing in Engine Room, putting forward the application of Fourth Generation management to the Engine Room management.
该文从现代轮机管理的角度论述了加强船舶轮机部科学管理与船舶安全航行的密切关系。
Based on the MMEM, this paper discusses the close relationships between the scientific management of the ship's engineering department and the ship's safe sailing.
2002年海洋船舶驾驶、轮机管理2个专业成为全国高职高专教育专业教学改革试点专业；
In 2002, the two majors of Ocean-Going Ship Manoeuvring and Engineering Management became the leading teaching reform courses of the national vocational education.
最后从轮机管理的角度出发，分析选择最佳经济航速运行时，存在的技术问题及相应的对策。
Finally, we then from the engine management point of view, analyze the technical issues and solutions in selecting an optimal ship operational speed.
在现代船舶机舱事故中，人为因素所造成的事故比例超过80%，说明了轮机管理的重要性。
In the accident of modern ship Engine Room, the accident proportion caused by man - made factor exceeds 80%, which explained the importance of the management of Engine Room.
针对国内内河轮机管理的现状，从安全性、经济性等方面对船舶的科学轮机管理进行了探讨。
Present situation manages which in view of the domestic inland river turbine, from aspects and so on security, efficiency has carried on the discussion to the ships scientific turbine management.
通过管理优化保证航行安全和防止海洋污染，并运用系统工程方法探讨现代轮机管理系统的建模。
The management is optimized to ensure safe navigation and prevent ocean from pollution, and the method of the system engineering is used to establish a model of modern Marine engineering management.
文中还从现代轮机管理的概念出发，多方位地提出了防止船舶主机失灵及机舱火灾的一些有效措施。
Based on the concept of the MMEM, the paper puts forward some effective measures to prevent the main engine failure and the fire in engine room.
此文从船舶维修保养、备件申请以及船岸之间的联系，论述了AMOS系统在船舶轮机管理中的实船应用。
This paper describes operating function of AMOS with relation to marine engine management, e. g. maintenance, requisitioning stock and data exchange between ship and shore.
该系统由主机遥控、自动电站、油水与压载自控、船舶浮态自控、监测调控及轮机管理中心等子系统组成。
The system includes main engine remote control, generating plant automatic control, level monitor, machinery space monitor, auxiliary machineries regulation, management centre, etc.
佛得角风联营有限责任公司目前正在等待最后的决定，美国矿产资源管理服务局是否将接受架设130台风轮机的一份联邦租约。
Cape wind Associates LLC is waiting for a final decision from the U. S. Minerals Management Service on whether it will receive a federal lease to erect 130 wind turbines in the Sound.
还对轮机工程管理的发展趋势进行了预测分析。
This paper also presents prediction about the direction of Marine engineering management development.
客户服务部机械工程师。与船舶工程相比，这是陆地工程，在此期间将大量的GE公司的燃气轮机使用到新设计中，同时完成废弃物的管理项目。
Mechanical Engineer, Customer Services Division. This was an opportunity to compare Marine with land based projects and develop new designs for the ge Gas turbine and waste management.
本文通过对汽轮机转子进行离线的有限元分析，建立了转子应力监测与寿命管理系统，研制开发了在线运行软件。
Based on the off-line finite element analysis of turbine rotors, the rotor stress monitor and life management system is built up and on-line application software developed.
实践证明，采用这种构架创建的汽轮机寿命管理系统具有操作维护简单、运行稳定和升级方便等优点。
The practical application shows that the proposed system has many advantages, such as easy operation and maintenance, stable running, easy upgrading, etc.
在海事管理中，船长和大副、轮机长和大管轮不得同时离船。
Master and chief mate, chief engineer and second engineer are not permitted to go shore together during berthing time.
具有优秀的轮机维修管理经验和技巧，良好的英语沟通能力，相信我是一个高质量高环保意识的轮机技术员。
Have a good technical of marine engineering managment. good english communication, believe me have a high quality engineering technical and environment protected consciousness.
结果表明，本汽轮机DCS系统有效的起到了分散控制和集中管理的作用，其控制性能良好，精度高，响应速度快；
The results show that the DCS system has played an effective role in Decentralized control and centralized management. It has good control performance, high precision, fast response;
公司的专家均持有远洋船长或轮机长证书，拥有各种类型船舶的海上管理经验；
All our specialists are certified with marine Master or Chief Engineer certificate and have served on various types of vessels.
然后通过ABC分类方法来分析燃气轮机检修时备件费用的分配，从而确定燃气轮机热通道部件作为本文备件管理的主要研究对象。
From the allocation of inspection expenses with the ABC means, the hot gas path parts are taken as the chief subject studied of this article.
然后通过ABC分类方法来分析燃气轮机检修时备件费用的分配，从而确定燃气轮机热通道部件作为本文备件管理的主要研究对象。
From the allocation of inspection expenses with the ABC means, the hot gas path parts are taken as the chief subject studied of this article.
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