船舶性能

  • 网络ship performance;ship characteristics
船舶性能船舶性能
  1. 对于将CFD技术运用于船舶性能研究的可行性也提供了一些依据。

    It also shows the possibility of applying the CFD technology in the field of ship performance research if some more improvements are made .

  2. AP216是船舶性能研究系统中数据交换和共享的重要依据。

    AP216 is an important protocol in data exchange in ship performance research .

  3. 21世纪的船舶性能计算和RANS方程

    Calculations of the Ship Performances and Solving of RANS Equations in the 21st Century

  4. 基于神经网络方法的船舶性能预估研究

    Study of Forecasting the Ship Performance Based on Neural Network Method

  5. 基于加权灰关联模型的船舶性能综合评价

    Comprehensive Evaluation of Performance of Ships Based on Weighted Grey Relational Model

  6. 船舶性能数值水池的研究及其若干应用

    The Development and Some Applications of Ship Performance Numerical Tank

  7. 主尺度受限船舶性能及结构特性综合优化方法研究

    Study on Synthetical Optimization Methods of Ship Dynamic Performance and Its Structure Characteristics

  8. 模糊混沌算法及其在船舶性能或结构特性综合优化的应用研究

    Fuzzy-chaos algorithm and its study on application of integrate optimization of ship performance or structural characteristics

  9. 根据船舶性能和波浪预报,用等航时线法求出最少航时扇区;

    The minimum sailing time sector can be evaluated by using the method of isochronal sailing .

  10. 船舶性能实验教学系统

    Ship Performance Testing Teaching System

  11. 文中列举的几种特殊物型的绕流问题,在应用二元切片理论计算船舶性能时有一定的参考价值。

    This paper is worthy of reference in calculating the ship 's properties with two-dimensional cut piece theory .

  12. 作为目前最常用的推进装置,螺旋桨对船舶性能的影响很重要。

    As the most commonly used propulsive device , propeller has a very important influence on the ship performances .

  13. 型线图是船舶性能计算、总布置、结构设计以及建造时放样的依据。

    Ship form is the foundation of the performance calculation , general arrangement , structure design and ship hull lofting .

  14. 船体线型优化问题是一门多学科综合问题,也是行业内部设计工作的核心环节之一线型质量对于船舶性能具有重要的影响。

    It is one of the key issues within the ship design industry . The characteristics of the hull form have a profound effect on the performance of ships .

  15. 同时作者也提出了该方法对船舶性能计算的实用性,为人机交互式地进行船舶设计提供了简易、快捷、有效的方法和途径。

    At the same time , the method is applicable to performance calculation of ship and is an effective , simple and fast method in interactive design of ship .

  16. 该软件具有横剖面面积曲线改造、双尾鳍型线自动生成、船舶性能估算等主要功能,可适用于具有尾鳍的内河船和海船。

    It has functions of reforming sectional area coefficient curve , automatically generating hull lines of Twin-skeg hull , ship performance calculation and so on . The software is suitable for inland-river ship and sea going vessel with skegs .

  17. 基于AHP、Fuzzy理论的船舶操纵性能的综合评估

    The comprehensive assessment of ship handling performance based on AHP 、 Fuzzy theory

  18. 基于改进BP神经网络的船舶操纵性能预报

    Ship Maneuverability Prediction Based on Modified BP Neural Network

  19. 应用FLUENT软件优化船舶阻力性能

    Optimization of the resistance property of ship by FLUENT software

  20. 基于CFD方法的船舶操纵性能预报

    Prediction of Ship Maneuverability Based on CFD Method

  21. 外贴GFRP加固RC双向板静载受弯性能分析2、船舶静力性能计算。

    The Analysis of Bending Performance on Two Way RC Slab Reinforced With GFRP Ribbon Externally Under Static Load 2 , static calculation .

  22. 本文引入了人工智能领域中的专家系统(ExpertSystem,ES)技术和数据库(Database,DB)技术,构建了一个基于ES/DB的船舶航行性能评估与优化系统原型。

    In the paper , expert system ( ES ) technology in artificial intelligence and database ( DB ) technology are introduced , and then a system prototype for ship navigation performance evaluation and optimization based on ES / DB is constructed .

  23. 文章就如何综合评价油船展开了探讨,结合国标《海洋运输船舶主要性能水平评级》提出了新的观点,并就几型VLCC进行评价分析。

    Based on the discussion on how to do integral evaluation for oil tanker , this paper presents some new ideas for evaluation and analysis of several types of VLCC combined with the GB 《 Classification of main performance level for marine transportation ship 》 .

  24. 提出了在VC++环境下通过定时器实现复杂、耗时较长的船舶航行性能计算过程的实时显示技术,并应用于笔者开发的ShipPO软件中,实践证明该技术是可行的。

    Puts forward the real time technique for displaying the complicated and time-consuming calculating process by the timer in VC + + , and applies this technique for the software of ShipPO . It has been proved that the technique is applicable .

  25. 船舶操纵性能仿真预报

    Prediction by computer simulation for the manoeuvring performance of a ship

  26. 组合舵在改善船舶操纵性能上的应用

    Application of the Built-up Rudder in the Improvement of Ship Manoeuvrability

  27. 遗传算法在船舶航行性能优化中的惩罚策略

    The Penalty Strategy of Genetic Algorithm in Ship Navigation Performance Optimization

  28. 船舶阻力性能是舰船的基本水动力性能之一。

    Resistance performance is one of the fundamental hydrodynamic performances of ships .

  29. 海上平台的船舶静力性能的精确计算

    Accurate calculation of hydrostatic performance in ocean platforms and ships

  30. 基于遗传-混沌算法的船舶动力学性能综合优化研究

    Study on synthetical optimization of performance of ship dynamics based on GA-chaos