整体叶轮,integral impeller
1)integral impeller整体叶轮
1.Five-axis CNC flank milling method ofintegral 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 ofintegral 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
英文短句/例句
1.Finishing Process in Generating ECM of Integral Impeller展成电解加工整体叶轮中的光整加工
2.CAD/CAM System for Integral Impeller in 5-aixs NC Machining;五坐标数控加工整体叶轮的CAD/CAM系统
3.Auto Programming System of NC Manufcturing of Integral Impeller;整体叶轮数控加工自动编程系统研究
4.Research of CAD/CAM System of Impeller Based on UG基于UG的整体叶轮CAD/CAM系统研究
5.Research on Surface Modeling of Integral Impeller Based on UGNX4.0 Software基于UGNX4.0的整体叶轮曲面造型
6.Five-axis Machining Simulation of Integral Impeller Based on VERICUT基于VERICUT的整体叶轮五轴数控加工仿真
7.The tool-path generation for the integral impeller based on the second development of UGUG二次开发的整体叶轮刀位轨迹生成
8.A Toolpath Planning Method for NC Machining of the Hub of an Integrated Impeller整体叶轮轮毂曲面数控加工刀具轨迹规划方法
9.Experiment Study on Milling Chatter of TC11 Titanium Alloy Integrated Impeler Blades;TC11钛合金整体叶轮叶片铣削颤振试验研究
10.The Study on the HSC Technology Optimization of Integrated Impeller;整体叶轮的五轴高速铣削加工工艺优化
11.Research and Application of Digital Design and Manufacturing Technology of Integral Impeller;整体叶轮数字化设计制造技术研究与应用
12.Key Technologies Research on Reverse Engineering of Integral Impeller;整体叶轮逆向制造过程中的关键技术研究
13.Study on High-Speed Machining Stability and Tool Path Planning of Integral Impeller整体叶轮高速加工稳定性与刀具轨迹规划研究
14.Numerical Simulation of Three-dimensional Flow Field of Cathode of NC-Electrochemical Machining in Machining Integral Impeller数控电解加工整体叶轮阴极三维流场数值模拟
15.Research on 4-Axis Numerically Controlled Electrochemical Contour Evolution Grinding an Integral Impeller Blade;四轴联动数控展成电解磨削整体叶轮叶片的研究
16.Movement Planning in Electrochemical Contour Evolution Machining of Integral Impeller Based on Twist Angle Analysis of Vane Surface基于叶片扭角分析的整体叶轮展成电解加工运动设计
17.Surface modeling for 3-D integral impeller and CAM technology三元整体叶轮曲面造型及其计算机辅助制造技术
18.Surface Modeling and CAM Technologies for a 3-D integral impeller三元整体叶轮的曲面造型及其计算机辅助制造技术
相关短句/例句
Integrated Impeller整体叶轮
1.The Technique of 5-axis NC Machining theIntegrated 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。
3)double helix integrated impeller双螺旋整体叶轮
1.A superalloydouble helix integrated impeller with good performances of dimensional precision,microstructure and mechanics was rapidly manufactured by HPDM(hybrid plasma deposition & milling) method proposed by author"s, laboratory,which synthesized plasma deposition as an additive technology,and milling as a subtractive technique during the processing.采用等离子熔积与铣削复合制造技术,在等离子熔积成形过程中复合铣削精整,试制了难加工高温合金双螺旋整体叶轮样件,其组织性能和力学性能均高于采用传统工艺加工获得的叶轮。
4)integral impeller with ring带冠整体叶轮
1.Design for Cathode on NC Electrochemical Contour Evolution Machining ofintegral impeller with ring;带冠整体叶轮数控展成电解加工阴极的设计
2.The design and calculation for the cathode feed path ofintegral impeller with ring;带冠整体叶轮阴极运动轨迹的设计计算
3.In this paper,the movement design forintegral impeller with ring in NC-electrochemical contour evolution machining was stated,and the method of the design and calculation and the data transition for the cathode feed path was also introduced.综述了数控展成电解加工带冠整体叶轮的运动规划,介绍了阴极运动轨迹的设计计算及数据转换,分析了数控展成电解加工多轴联动的实现方法,提出了"等合成进给速度"的概念,并给出了数控电解加工程序中参数的确定方法。
5)cowled integral impeller带冠整体叶轮
1.Numerical controlled electrochemical machiningcowled integral impeller tunnels;带冠整体叶轮叶间通道的数控电解加工方法
2.The study on NC Electrochemical Contour Evolution Machining the tunnel of thecowled integral impeller;带冠整体叶轮通道间数控电解加工方法研究
6)turbine blisk涡轮整体叶盘
1.An important design criterion about a HPturbine blisk is avoiding burst.本文介绍了某高压涡轮整体叶盘破裂转速的计算方法和试验验证。
延伸阅读
半开式叶轮分子式：CAS号：性质：没有轮盖的离心式叶轮。由整块锻件铣制成型，叶片和轮盘的一整体，且都做成径向直叶片。其结构强度高，叶轮的圆周速，度可达450～500m/s，单级压力比高，但叶道中气流速度和马赫数较高，泄漏损失较大，级效率此闭式叶轮低，工况稳定性差。广泛用于内燃机透平增压器和小功率燃气轮机的离心式压缩机，在固定式离心式压缩机上的应用也增多。
