水力机械

shuǐ lì jī xiè
  • hydraulic machinery
水力机械水力机械
  1. 封闭式水力机械模型试验台APPLEⅡGPIB自动测试系统

    APPLE - ⅱ GPIB Minicomputer Automatic Measuring System for Closed Testing Stand for Hydraulic Machinery Model

  2. 为了缩短水力机械的水力设计周期和提高设计效率,提出了一种水力机械全三维的优化设计体系,实现了叶片参数化设计、网格划分、CFD计算和后处理的过程全自动集成。

    The design of hydraulic machinery was made more efficiently using a hybrid optimization design method for 3-D hydraulic runners .

  3. 基于NURBS的水力机械叶片表面造型研究

    Study on Constructing Hydro-machine Vane Surface by NURBS

  4. 水力机械过流部件耐磨抗蚀涂层特点与应用orr

    Survey on Abrasion & Corrosion Resistant Coating for Hydromechanical Flow Passage Components

  5. 在水力机械的内流研究中由于缺少试验数据,使得在采用内流数值CFD分析中内流预测准确性的评价受到制约。

    Due to lack of experimental data in the research of Internal-flow , the forecast of accuracy evaluation is restricted in the Internal-flow numerical CFD analysis .

  6. 水力机械基于CATIA的三维设计方法可行性研究水力机械过流表面空蚀程度的图像检测

    Study on Feasibility of Hydraulic Machinery Three-dimensional Design Based on CATIA Detection of Cavitations Erosion Based on Image Processing

  7. 随着计算流体动力学(CFD)技术在水力机械内部流场计算中应用日益广泛,CFD成为优化设计的重要工具。

    With the computational fluid dynamics ( CFD ) technology in the internal flow field of hydraulic machinery is used widely in , CFD as an important tool for optimal design .

  8. 水力机械转轮内完全三元Beltrami流动杂交命题的变域变分理论

    Variational Principles for Hybrid Problems of Fully 3-D Beltrami Flow in Runners of Hydraulic Machinery Based on Variable Domain

  9. 水力机械CAD-CFD系统设计方法

    The CAD - CFD system design method for hydro - machine

  10. 本文介绍了GENIE自动化组态软件在水力机械多相流动试验台监控系统中的应用,通过界面能实时观测动态波形、处理数据,优化控制现场作业,提高生产率。

    In this paper , the software of GENIE applied to control system of multiphase-flow test stand in the fluid machinery was introduces . It can real-timely observe the dynamic curve and deal with the data , optimize the spot task , enhance productivity through the interface .

  11. 水力机械胶粘耐磨涂层的制备及性能研究

    Preparation and Properties of Wear Resistant Bonding Coatings for Hydraulic Engines

  12. 螺杆式水力机械及其在石油石化行业中的应用

    Screw-type Hydraulic Machinery and Its Application in Petroleum and Petro-chemical Industry

  13. 水力机械的叶片流动弹性失稳将严重影响机组的正常运行。

    The stall flutter of hydraulic machine influences the operation safety .

  14. 样条函数在水力机械零件应力计算中的应用

    Application of splint function to stress evaluation of hydraulic machinery components

  15. 表面技术在水力机械抗汽蚀防护中的应用

    Application of Surface Engineering Technology in Anti-Cavitation Erosion of Hydraulic Machinery

  16. 水力机械转轮中全三维势流的非线性边界元计算

    Three-dimensional nonlinear boundary element solution for potential flow in hydraulic machinery

  17. 水力机械三维分离准则的探讨

    Discussions about three dimensional criterion of flow separation in hydraulic machine

  18. 颗粒对水力机械轴面流场的影响

    Influence of Spherical Particles upon Axial Flow Field in Hydraulic Machinery

  19. 水力机械转轮内部流动的三维有限元计算

    Three-Dimensional Finite Element Calculation of Flow between Rotating Blades of Hydro-Machines

  20. 基于存在事实的水力机械研究方法

    Research Method of the Hydro-machinery Based on the Existed Facts

  21. 水力机械内的固液二相流设计新理论

    New design theory of solid-water two-phase flow for hydraulic machinery

  22. 高水头水力机械试验台控制系统的改进

    Improvement of Control System for High head Hydraulic Test Stand

  23. 水力机械内两相流能量耗散模型的解法

    Solution of Energy Dissipation Model for Two Phase Flow in Hydraulic Machine

  24. 数值模拟及可视化技术在旋转水力机械设计中的应用

    Application of numerical simulation and VISC technique to rotary hydraulic machinery design

  25. 水力机械固液两相流设计方法探讨

    Design Method of Two - phase Flow in Hydraulic Machinery

  26. 离心泵是一种需求量最大的通用水力机械。

    Centrifugal pump is universal hydraulic machinery and its demand is most .

  27. 水力机械流动可视化研究方法探讨

    Discussion of Research Methods of Flow Visualization in Rotating Machinery

  28. 水力机械中磨粒及侵入方向对磨损的影响研究

    The Effect of Particle and its Penetrating Direction on Waterpower Machine Wear

  29. 油膜法及其在水力机械流态显示中的应用

    The Oil-Film Method and Its Use for Flow Visualization in Hydraulic Turbine

  30. 水力机械抗汽蚀材料研究新进展

    Progress in the Research on Cavitation Erosion Resistant Materials for Hydraulic Machinery