1) one-piece flywheel
整体飞轮
2) flywheel shell
飞轮壳体
3) Integrated Impeller
整体叶轮
1.
The Technique of 5-axis NC Machining the Integrated Impeller with Feature-oriented;
面向特征的整体叶轮五轴数控加工技术
2.
CAD/CAM software for NC maching integrated impeller is developed based on engineering software's requirement and characteristics of its structure.
根据软件工程的要求及整体叶轮的结构特点 ,开发了整体叶轮数控加工CAD/CAM软件 ,并对开发过程中的关键问题 :无干涉刀位轨迹生成算法进行了讨论。
3.
Considering the characteristic of integrated impeller and the feature of HSC,gives the prime procedure of milling integrated impeller.
针对整体叶轮的特点,结合高速切削(HSC)技术和多轴数控加工技术,总结出适合整体叶轮高速铣削所需要的刀具和切削用量等参数,制定数控加工工艺方案,并实现计算机刀路轨迹仿真。
4) integral impeller
整体叶轮
1.
Five-axis CNC flank milling method of integral impeller;
整体叶轮五轴侧铣数控加工方法的研究
2.
Control method on 5-axis numerically controlled electrochemical contour evolution grinding of integral impeller;
五轴联动数控展成电解磨削整体叶轮的控制方法
3.
Research on the Application of CAD/CAM Technology to Integral Impeller;
整体叶轮CAD/CAM技术应用研究与实现
5) integral impeller
整体涡轮
1.
Research on Numerical Control Electrochemical Machining Technology of the Integral Impeller with Big-twisted Blades;
大扭曲叶片整体涡轮数控电解加工关键工艺的研究
2.
The structure feature, application and machining conditions about the integral impeller with big-twisted blades were introduced.
介绍大扭曲整体涡轮的结构特点、应用及加工现状 ,对叶片型面离散型数据进行分析处理 ,设计电解加工阴极、流场及夹具。
3.
The structure feature, machining conditions and the geometrical modeling method about the integral impeller with big twisted blades were introduced.
论述了扭叶片整体涡轮的结构特点、加工现状以及其几何造型方法。
6) integral turbine
整体涡轮
1.
Based on the structural features and machining difficulties about the integral turbine with big-twisted blades,an electrochemical contour evolution machining was proposed to machine the big-twisted blades.
根据大扭曲度整体涡轮结构特点与加工难点,提出用展成电解方式实现其叶片加工;分析、研究大扭曲度整体涡轮展成电解加工叶片型面成形规律;根据其成形特点,进行多轴联动数控编程的优化;合理设计阴极及流场,对叶背二次腐蚀、出口短路及叶背余量去除等关键工艺问题进行分析讨论并提出有效解决措施;进行整体涡轮叶片展成电解加工试验,可稳定达到型面精度加工要求,为大扭曲度整体涡轮展成电解加工的应用创造了条件。
2.
An innovative method to manufacture complex shape integral turbine channels is put forward in this paper.
提出了一种加工复杂构型的整体涡轮通道的创新思路和六轴联动创成式电火花加工的成形原理及工具电极设计的方法 ,建立了电极设计中的数字仿真变分模型 ,论述了电极路径的求解方法及设计过程的干涉计算问题 ,在计算机上仿真完成了某一电极设计计算过
补充资料：整体
整体
即"整倍体"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条