灯泡式水轮机

dēnɡ pào shì shuǐ lún jī
  • Bulb turbine;bulb unit
灯泡式水轮机灯泡式水轮机
  1. 10MW灯泡式水轮机联轴螺栓断裂原因分析

    The Reason of Coupling Bolt Break for 10MW Bulb Turbine

  2. 灯泡式水轮机具有独特的、良好空蚀特性;

    The bulb turbine owns unique and good cavitation performance .

  3. 基于CFD灯泡混流式水轮机转轮水力设计的研究

    Research on Hydraulic Design of Bulb-francis Turbine Runner Based on CFD

  4. 灯泡混流式水轮机的全流场解析

    Resolution of All Flow Field for Bulb Francis Turbines

  5. 灯泡混流式水轮机的研究与设计

    Research and Design of the Bulb-Francis Turbine

  6. 10MW灯泡贯流式水轮机的现场试验

    Field Test Results of 10MW Bulb Turbine

  7. 本文采用黏性三维湍流流动分析法,通过Fluent软件分析了重力场对灯泡贯流式水轮机流场分析和水力性能预估的影响。

    The software FLUENT for3D viscous turbulent flow is used to analyze the influence of gravity on flow field analysis and hydraulic performance evaluation of bulb turbine .

  8. 某电站10MW灯泡式机组,水轮机联轴螺栓两次发生断裂。

    A accident of coupling bolt broken twice took place in a I OMW bulb turbine of hydropower station .

  9. 灯泡贯流式水轮机水力振动的形成及其影响

    Formation and Influence of Hydraulic Vibration in Bulb Type Tubular Turbine

  10. 多喷嘴水轮机专用调速器灯泡贯流式水轮机(Ⅰ)

    Special governor for multi - jet type turbine Bulb Turbine (ⅰ)

  11. 灯泡贯流式水轮机装置甩负荷过渡过程计算方法

    Numerical Method for Calculation of Transients of Load Rejection in Bulb Turbines

  12. 大型灯泡贯流式水轮机管型座装焊新工艺

    New Technology for Assembling and Welding Stay Cone of Large Bulb Turbine

  13. 利用灯泡贯流式水轮机特性泄水的研究

    A Study on the Utilization of Flood Discharging Characteristics of Bulb Units

  14. 大中型灯泡贯流式水轮机结构简介

    Brief Introduction of Structure for Large and Medium Bulb Turbine

  15. 从安居水电站机组选型论灯泡贯流式水轮机的优越性

    Type Selection Analysis for Anju Power Station and Discussing the Advantage of Bulb Tubular Turbine

  16. 灯泡贯流式水轮机灯泡体与引水管间流场的有限元计算

    Calculation of Flow Field between Bulb and Conduit of Bulb Tubular Turbine Using Finite Element Method

  17. 灯泡贯流式水轮机水力损失分析

    Hydraulic Loss Analysis in Bulb Turbine

  18. 灯泡贯流式水轮机是开发低水头水力资源的优良机型。

    Bulb Tubular Turbine - Generator is the eximious type that develops the hydraulic resources of low headwater .

  19. 本文介绍了该电站灯泡贯流式水轮机转轮及其它各部件的设计过程和结构特点,以供同行参考。

    This paper presents the design process and structural characteristics of the runner and other parts of the bulb tubular turbine this the authors analysis for reference .

  20. 介绍了留金坝水电站灯泡贯流式水轮机参数:比转速、单位流量、单位转速、吸出高度等的选择与计算。

    This text introduce the following turbines parameter select and calculate of the Liujinba water power station : the specific speed , unit discharge , unit speed , the high degree of suck out etc.

  21. 本文提出一种利用有限元计算方法求解灯泡贯流式水轮机灯泡体与引水管间流场的方法,可用于灯泡体曲线优化选型。

    A finite element method for solving the flow field between bulb and conduit of bulb tubular turbine is given in this paper . It can be used for searching the optimal configuration of the bulb body .

  22. 本文着重介绍利用灯泡贯流式水轮机的若干特性作超低水头泄水的应用研究,解决了电站汛期不发电时尾水的防淤积问题。

    In this paper an introduction was given to the study on the utilization of some characteristics of bulb units for flood disposal in exrta low head to prevent siltation in tailwater basin during shut down of units in flood period .

  23. 本文介绍了用于灯泡贯流式水轮机导水机构保护的弹簧承载式安全连杆机构的结构特点和基本特性,并简要说明了该装置在设计和试验中的一些有益经验。

    The structure characteristics and main features of spring type load_bearing safety link device used to protect the wicket gate operating mechanism of bulb turbine are described in this paper , and some profitable experience in design and test procedure is briefly introduced as well .