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hydraulic turbine blade
    The Influence on Precision of Shaping Technology for Hydraulic Turbine Blade
    水轮机叶片成型工艺对精度的影响
    Control of the Arc-welding Manipulator to Repair Hydraulic Turbine Blade
    水轮机叶片修复用弧焊机械手的控制
    Stricture and control of arc-welding manipulator for repairing hydraulic turbine blade
    水轮机叶片修复用弧焊机械手及其控制
    Application of CAD/CAM in the Forming Technology for Hydraulic Turbine Blade
    CAD/CAM在水轮机叶片热模压成型工艺中的应用
    FINITE ELEMENT ANALYSIS OF STIFFNESS AND STRENGTH FOR AXIAL-FLOW HYDRAULIC TURBINE BLADE
    轴流式水轮机叶片刚度和强度有限元分析
    Cavitation Erosion Analysis of Hydraulic Turbine Blade
    水轮机叶片汽蚀损伤的分析
    Recognition of Dynamic Parameter of Hydraulic Turbine Blade Based on Time Series Analysis
    基于时间序列分析的水轮机叶片动态参数识别技术研究
    TRAJECTORY CONTROL OF THE ARC-WELDING MANIPULATOR FOR REPAIRING HYDRAULIC TURBINE BLADE
    水轮机叶片修复用电弧焊机械手的轨迹控制
    Surface Representation and Surface Fairing for NC Machining of Large Size Hydraulic Turbine Blade
    大型水轮机叶片数控加工的曲面建模研究
    The NC Machining Technology of Francis Hydraulic Turbine Blade
    混流式水轮机叶片数控加工工艺过程
    ANALYSE FOR THE FRACTURE OF HYDRAULIC TURBINE BLADE
    水轮机叶片断裂分析
    MOBILE PLATFORM FOR HYDRAULIC TURBINE BLADE REPAIR ROBOT
    水轮机叶片修复机器人的移动平台
    In this paper,the system on graphics-programming for multiaxis NC Maching of the hydraulic turbine blade and its geometry moulding is introduced.
    本文介绍了大型水轮机叶片系列几何造型及多轴数控加工图象编程软件系统。
    This article presents main structure,function and teaching method of the teaching_playback arc_welding manipulator system which is applied to repair hydraulic turbine blade.
    介绍了水轮机叶片修复用示教再现型弧焊机械手系统的基本结构、功能和示教方法。
    This article presents main structure, function, and teaching method of the teaching playback arc welding manipulator system, which is applied to the repair of hydraulic turbine blade. In addition, interpolation algorithm and the result of reproducing are also given in this article.
    介绍了水轮机叶片修复用示教再现型弧焊机械手系统的基本结构、功能及其示教方法 ,并给出了它的插补算法和再现结果 .
    Based on the powerful UG CAD/CAM, the solutions of the key technique problems of the extending blade, die and mould design and NC machining in forming technology for the hydraulic turbine blade are introduced in this paper.
    介绍采用UG CAD/CAM及其强大的二次开发平台,解决混流式水轮机叶片热模压成型工艺中急需解决的叶片展开、压模设计及数控加工等关键技术问题。
    Based on the machining of hydraulic turbine blade,the cutting performance of the stainless steel blade and tool wear characteristics is analyzed,the development of milling cutter and the selection of inserts are introduced.
    对水轮机叶片不锈钢材料的切削性能和刀具磨损特性进行分析 ,介绍了叶片铣刀的开发和刀片的选用。
    The causes for cavitation erosion of the hydraulic turbine blade were analyzed by scanning electronic microscope, and the chemical composition of the cavitation erosion position was measured by electron probe.
    用扫描电镜对水轮机叶片发生汽蚀的原因进行了详细分析,用探针对汽蚀部位的成分进行了测定。
    The conclusion is that the condition of stress concentrating on the joint of hydraulic turbine blade flange and inner edge is improved notably.
    结果表明,根部加厚后水轮机叶片法兰与内缘交接处应力集中现象得到显著 改善。
    The paper utilized Acoustic Emission technology to detect the hydraulic turbine blade crack in real-time.
    研究了利用声发射技术实时检测水轮机叶片的裂纹的检测系统。
 

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