midship

英 [ˈmɪdʃɪp] 美 [ˈmɪdʃɪp]

网络  正舵; 船中; 中置; 船体中央; 舯部

复数：midships

BNC.46544

双语例句

  1. Probed into design of midship section of great bread depth ration decking cargo ship
    大宽深比甲板货船中横剖面设计探讨
  2. Please report to tender deck, midship.
    请到船中部的甲板的补给船。
  3. Distance from midship to center of buoyancy
    浮心到船中距离浮心距中距离
  4. Area of midship section
    船体中段剖面面积曲线
  5. Distance from midship to center of floatation a person who takes long walks in the country.
    在乡村中进行长距离步行的人。
  6. Behaviors and Mechanisms of Silicate Minerals Containing Magnesium in the Flotation Process of Cu-Ni Sulphide Deposit distance from midship to center of floatation
    含镁硅酸盐矿物在硫化铜镍矿浮选分离体系中的行为机理研究浮心距船中距离漂心距船中距离
  7. A time-variant reliability formulation is presented in this paper to account for the effects of fatigue, corrosion and maintenance actions on the first yield reliability of midship section modulus.
    由此可见，对存在疲劳和腐蚀损伤的船体梁进行时变可靠性分析时，必须考虑维修因素的影响才能更加符合实际情况。
  8. Distribution of the T-statistic of the Drift in DF Test Model with Drift; distance from midship to center of floatation
    带漂移项的DF检验式中漂移项t统计量的分布特征研究浮心距船中距离漂心距船中距离
  9. An optimization model and its numerical calculation for the midship section structure of cargo ship
    常规货船舯部结构的最优化模型和数值计算
  10. Fuzzy optimum design of tanker midship section with static and dynamic constraints
    具有动、静力约束的油船中剖面模糊化设计
  11. Because the structure design of a ship is one of the most important procedures in the ship designing and the midship is one of the most important parts of the hull, proper structure design of the midship is the problem that all engineers must face.
    船体结构设计是船舶设计的一个重要组成部分，船体舯部结构是船体最重要的结构，因此，船体舯剖面的合理设计是结构设计的重要课题。
  12. In the midship section optimum design, the design variables include continuous variables and discrete ones. How to solve the mixed variables optimum problems has drawn great attention from the ship building field.
    舰船中剖面优化设计中的设计变量应为连续和离散的混合变量，文中引入的模拟退火算法能很好地解决连续和离散混合设计变量的优化问题。
  13. The effect of two different kinds of uncertainties-randomness and fuzziness are considered in designing tanker midship section structures. The mathematical model of fuzzy optimization based on reliability is constructed.
    本文考虑了大型油船中剖面结构设计中随机性和模糊性两种不确定因素的影响，建立了基于可靠性的船舶结构模糊优化模型，借助改进的一阶二次矩法计算结构的安全指标；
  14. Knowledge Based CAD System for Containership Midship Section Structural Design
    基于知识的集装箱船中剖面结构设计CAD系统
  15. Fuzzy Optimum Design of The Tanker Midship Section
    大型油船中剖面结构的模糊优化设计
  16. Computing examples of three different ships in this paper show that the Genetic Algorithm has better global search ability and faster computing speed in nonlinear multi-variable and multi-constraint optimization design of midship structure.
    三艘实船算例证明了将遗传算法应用于多变量、多约束的非线性船舶舯剖面结构优化设计中具有较强的的全局搜索能力和较快的计算速度。
  17. Advances in the optimum design of the oil tanker in China are reviewed, including the longitudinal component of the midship section, the transverse component and the transverse bulkhead.
    从中剖面纵向构件优化设计、横向构件优化设计及横舱壁结构优化设计三方面评述了国内油船结构优化设计的现状；
  18. At last, the 3-D finite element calculation within the midship area was carried out to analysis the transverse strength of the structural members, and the reference idea of structure optimization and lighting steel weight was submitted.
    最后，通过建立货舱段三维有限元模型，对构件的横向强度进行计算分析，并对结构优化和重量减轻提出指导性意见。
  19. On the design of midship section of 300 000 DWT VLCC
    300000dwt超大型油船的中剖面设计
  20. Optimum Design of Midship Section Based on Simulated Annealing Algorithm
    基于模拟退火算法的舰船中剖面优化设计
  21. Finally this paper presents an integrated realization of object oriented optimum design of midship section structures.
    最后给出了一个完整的优化设计实现过程。
  22. Optimum design of midship sectional transverse members based on genetic algorithm
    基于遗传算法的油轮中剖面横构件优化设计
  23. Optimum design is implemented to the 340,000 DWT FPSO in order to minimize the area of the transverse section of the midship. The self-adaptive step random search method is applied in this paper. The comparison between the results of rule-design and optimum design is also given.
    以中横剖面的面积最小为目标函数，应用自适应步长随机搜索法，对34万吨级FPSO中横剖面进行了优化设计，并将规范设计结果和优化设计结果进行了比较，优化效果较好。
  24. This paper analyses the phenomena, which explosive positions are under the stern and the midship respectively, and gives the method and data of the test.
    本文分析这种现象，爆炸位置分别处在船艉和船舯正直下方，并给出试验的方法和数据。
  25. The preliminary application of object oriented methods in optimum design of midship section structures has been discussed.
    探讨了船舶舯剖面结构优化设计中面向对象方法的初步应用。
  26. The research includes followings: 1. With grade optimistic method, ascertain design variable and constraint condition and objective function, set up shipping midship section's mathematical model.
    利用分级优化方法确定设计变量、约束条件和目标函数，建立船舶中剖面的数学模型；
  27. The relationship between probability of failure and sectional modulus of midship is worked out and then drawn as a curve, which can be used in ship design stage.
    同时得出了破坏概率和中剖面模数之间的关系曲线，供设计时参考。
  28. Based on AutoCAD graphic studio and coding method, the calculation model of longitudinal component can be established, and every component of hull midship section and the frame of ship bottom can be transversely calculated.
    在AutoCAD图形环境中，利用编码法建立纵向构件计算模型，对船体舯剖面任意构件进行局部强度计算；
  29. Utilizing the results above, the transverse stability is thoroughly studied in the condition of not only wave crest and wave trough at midship but also wave crest at the any vessel's position.
    利用计算所得结果不但对波峰、波谷处于船中时，而且还对波峰处于船舶任意位置时的横稳性进行了全面的研究。
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