工程物流

  • 网络Project Logistics
工程物流工程物流
  1. 利用复合物元理论,通过计算欧式贴近度,建立了选择工程物流服务商的复合物元模型。

    Composite matter-element model was established to choose project logistics service providers by using matter element theory and calculating the Euclid approach degree .

  2. 这对工程物流风险评价具有现实意义,对推进工程项目物流工作具有指导意义。

    This has the practical significance to the project logistics risk assessment and appraisal , and advances guiding sense to the project logistics work in the future .

  3. 铁路电气化工程物流计算机辅助管理系统设计

    Design of computer auxiliary system for logistics of Railway Electrification Engineering

  4. 工程物流虚拟企业成员选择模型研究

    Research of model of member selecting of virtual enterprise in project logistics

  5. 基于模糊综合评判法的工程物流风险分析

    Risk analyse of project logistics based on fuzzy comprehensive evaluation

  6. 大型石化设备工程物流项目的方案设计

    The Scheme Design of Project Logistics on Large Petrochemical Equipment

  7. 所以本文对如何选择工程物流服务商进行了研究。

    So this paper discusses how to choose the project logistics service providers .

  8. 水利水电工程物流分析与控制研究

    Study on Analysis and Control of Logistical System of Hydraulic and Hydropower Project

  9. 水利水电工程物流系统发展的方向等进行了理论方面的阐述。

    It also presents the future research on logistical system of hydraulic and hydropower project .

  10. 并应用决策网络计划技术及不确定理论建立了用于国际工程物流运输方案选择的优化模型。

    And set up the optimization model for international project logistics transportation plan based on decision network planning technique and uncertain theory .

  11. 为工程物流服务提供了理论依据,无论从理论上还是实践上都具有一定意义。

    And it provides the theory basis for the project logistic service . It has practical significance either in theory or in practice .

  12. 在理论方面,本论文的研究拓展了工程物流的研究领域,并为其他大型建设工程的物流管理提供借鉴和参考。

    In theory aspect , it expands the research areas for engineering logistic , and also provides reference information with other large-scale construction project logistics management .

  13. 提出了一个安徽省新网工程物流管理系统的总体设计方案,并做了理论阐述和系统分析。

    The second part gives a general design plan for ' New Network Project ' supply chain management system in Anhui and makes a theoretical and systematic analysis . 3 .

  14. 由于工程物流的复杂多变性,合理的选择工程物流项目运输集结中心对提高设备保障水平和降低物流成本有着重要的意义。

    Because of complexity and levity of engineering logistics , the reasonable choice of project logistics center has very important significance on raising support of project logistics and lowering logistics cost .

  15. 在此基础上,结合两种方法的优点建立基于层次分析法&灰色关联度分析法的工程物流承包商评价模型。

    Based on the analysis , combining with the advantages of two methods , we establish analytic hierarchy process - gray correlation analysis method of engineering logistic contractors ' evaluation model .

  16. 风险评价需要从风险估计的基础上,对所有风险事件的风险值综合考量,选出主要的影响因素,考虑工程物流所有环节的整体风险。

    Risk assessment requires considering all aspects of the overall risk of project logistics and all the risk event value based on the risk estimation to choose the main influence factors .

  17. 最后,通过典型的国际工程物流项目作为实例加以验证该模型的有效性,也为国际工程物流运输方案的选择提供了支持手段。

    Finally , the typical international project logistics as an example to verify the validity of the model , but also provides a means of support for the international project logistics transportation choice .

  18. 通过对工程物流风险的特点分析,分析了工程物流风险管理的概念,基本原则和管理目标,对工程物流风险管理的内容进行了研究,提出工程物流风险管理的工作程序。

    Put forward project logistics risk management research * Through the analysis of the project logistics risk management concepts , characteristics , principles , target , content and working program of project logistics risk management was discussed .

  19. 从某种意义上来说,运输集结中心选址的优劣,影响着工程物流项目运输集结中心经营的成败。

    In a sense , the location of transportation assembly center in project logistics has a strategic position in the plan and design of transportation assembly center . And it greatly influences the operation of the transportation assembly center .

  20. 为取得令客户信任的竞争优势,各个工程物流企业争相建立安全合理的质量保障体系,确保工程项目物流的各个环节能够在高质量的体系控制下顺利完成。

    In order to achieve competitive advantage which will be trusted by customers , many logistics enterprises in engineering have been establishing safe and reasonable quality assurance system to ensure that all aspects of the project logistics work under the control of high-quality system successfully .

  21. 通过研究工程项目物流业务流程特点,利用有色Petri网建模技术,构建系统各业务流程模型。

    By studying the characteristics of engineering project logistics business processes , based on colored Petri nets modeling , building business process model .

  22. 基于WBS的工程项目物流管理

    Material management in construction project based on WBS

  23. 中国银行(boc)等中国大型银行正在或已经落户巴西,工程和物流企业也竞相涌入。

    The major Chinese banks , such as Bank of China , are also present or setting up offices in Brazil , and engineering and logistics companies are making inroads .

  24. 本文针对工程项目物流管理的特点,提出利用WBS分析的方法,建立一套工程项目信息编码体系,对工程项目物流管理实施动态化、全方位、全过程物流计划与管理系统。

    According to the characteristic of material management in construction project , one analysis method based on WBS is presented , and a set of construction information coding system is established .

  25. 大型工程项目物流风险分析与管理研究

    Study of Logistical Risk Analysis and Management of the Large Project

  26. 物流工程专业物流设备方向人才培养研究

    Logistics Equipment Speciality Direction of Logistics Engineering Discipline Talent Fostering

  27. 最后是基于价值工程的物流成本指标的优化。

    Finally is logistics cost target optimization based on the value engineering .

  28. 工程项目物流是项目物流中的一个重要分类。

    Project logistics plays a significant sole in the project .

  29. 兰银管道工程中物流管理问题的研究

    Research on Issues of Logistics Management in Lanzhou-yinchuan Pipeline Project

  30. 大型工程项目物流一体化战略模型

    The Strategy Model of the Integrated Logistics for Large Projects