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   电解磨削 在 自动化技术 分类中 的翻译结果: 查询用时:0.222秒
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电解磨削
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  “电解磨削”译为未确定词的双语例句
    Research on Mechanism of Numerically Controlled Electrochemical Contour Evolution Grinding
    数控展成电解磨削加工的机理研究
短句来源
    In order to solve the problem of finishing the blade surface of integral impeller,the research on mechanism of 5-axis numerically controlled electrochemical contour evolution grinding(NC-ECCEG) is being carried on.
    为解决整体叶轮叶片型面的精加工难题,进行了5轴联动数控展成电解磨削加工的机理研究。
短句来源
    To solve the problem of precisely machining of integral impeller blade,research on 5-axis Numerical Control Electro-chemical Contour Evolution Grinding(NC-ECCEG) was done.
    为解决整体叶轮叶片型面的精加工难题,进行了五轴联动数控展成电解磨削整体叶轮的基础研究.
短句来源
    It had been applied to grinding integral impeller and now 5-axis NC-ECCEG technology is a new method for final finishing of integral impeller blade.
    五轴联动数控展成电解磨削技术为整体叶轮叶片型面的精加工提供了一种新的加工手段.
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  electrochemical grinding
Electrochemical grinding of a stainless steel felt
      
The influence of electrochemical grinding on the properties of WT3-1 titanium alloy is studied by the method of mechanical spectroscopy.
      
We study the surface of a sintered carbide (WC + TiC + Co) subjected to electrochemical grinding and the surface of an abrasive diamond strip.
      


In order to solve the problem of finishing the blade surface of integral impeller,the research on mechanism of 5-axis numerically controlled electrochemical contour evolution grinding(NC-ECCEG) is being carried on.Electrode reaction of NC-ECCEG and forming law of numerically controlled electrochemical contour evolution machining(NCECCEM) were analyzed.On the basis of technological tests of NCECCEG,the term of critical contour evolution speed was defined. The forming law of NC-ECCEG was discovered.A series of...

In order to solve the problem of finishing the blade surface of integral impeller,the research on mechanism of 5-axis numerically controlled electrochemical contour evolution grinding(NC-ECCEG) is being carried on.Electrode reaction of NC-ECCEG and forming law of numerically controlled electrochemical contour evolution machining(NCECCEM) were analyzed.On the basis of technological tests of NCECCEG,the term of critical contour evolution speed was defined. The forming law of NC-ECCEG was discovered.A series of technical problems were solved.Finally,a qualified integral impeller has been machined.The machining efficiency of NC-ECCEG can be 12 or more times better than that of manual polishing operations.

为解决整体叶轮叶片型面的精加工难题,进行了5轴联动数控展成电解磨削加工的机理研究。在分析了数控展成电解磨削加工中的电极反应和数控展成电解加工成形规律的基础上,通过大量的工艺试验,提出了临界展成速度的概念,得到了数控展成电解磨削加工去除余量的规律。解决了一系列工艺问题,最后加工出了符合设计要求的整体叶轮。加工效率比手工修磨、抛光提高12倍以上。

To solve the problem of precisely machining of integral impeller blade,research on 5-axis Numerical Control Electro-chemical Contour Evolution Grinding(NC-ECCEG) was done.According to the features of method of NC-ECCEG,on the basis of analysis on principle of NC-ECCEG,the design of structure and movement of grinding system is conducted.Furthermore,combined multi-axis NC system and its linkage control are presented and the mathematical model of electrochemical contour evolution grinding impeller blade by unparallel...

To solve the problem of precisely machining of integral impeller blade,research on 5-axis Numerical Control Electro-chemical Contour Evolution Grinding(NC-ECCEG) was done.According to the features of method of NC-ECCEG,on the basis of analysis on principle of NC-ECCEG,the design of structure and movement of grinding system is conducted.Furthermore,combined multi-axis NC system and its linkage control are presented and the mathematical model of electrochemical contour evolution grinding impeller blade by unparallel line was erected.In addition,an auto-programming system in 5-axis NC-ECCEG was developed.It had been applied to grinding integral impeller and now 5-axis NC-ECCEG technology is a new method for final finishing of integral impeller blade.

为解决整体叶轮叶片型面的精加工难题,进行了五轴联动数控展成电解磨削整体叶轮的基础研究.根据数控展成电解磨削整体叶轮叶片型面这一加工方法的特点,在分析了数控展成电解磨削整体叶轮原理的基础上,对磨削系统的结构与运动进行了总体设计,提出了经济型多轴数控系统及其联动控制方法,建立了电解磨削非平行直纹展成曲面的数学模型,开发了五轴联动数控展成电解磨削自动数控编程系统,对航空发动机整体叶轮的叶片型面进行了电解磨削.五轴联动数控展成电解磨削技术为整体叶轮叶片型面的精加工提供了一种新的加工手段.

 
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