电解磨削

  • 网络electrolytic grinding;electrochemical grinding;ECG
电解磨削电解磨削
  1. 平行直纹展成电解磨削整体叶轮的控制技术

    Control Technology on Parallel Straight-generatrix Contour-evolution Electrochemical Grinding of Integral Impeller Blade

  2. 数控电解磨削加工硬质合金的试验研究

    Experimental study of CNC electrochemical grinding carbide alloy

  3. 基于CATIA的低刚度、变截面轴电解磨削加工仿真

    Simulation in the Process of Electrolytic Grinding of the Low Rigidity , Variable Cross-section Shaft Based on CATIA

  4. ELID(ElectrolyticIn-processDressing)磨削技术是在电化学加工、电解磨削原理基础上发展起来的一项磨削新技术,主要用于硬脆材料超精密磨削过程中金属基结合剂超硬微细磨粒砂轮的在线修整。

    ELID ( electrolytic in-process dressing ) is a new technology developed on the principle of electrochemical machining and electrolytic grinding , which is being used for in-process dressing of metal-bonded fine grain super abrasive grinding wheels .

  5. 螺旋电极电解磨削加工的研究

    Research on the Machining of Electro-chemical Grinding by Using a Spiral Electrode

  6. 展成电解磨削加工的机理研究

    Research on Mechanism of Electrochemical Contour Evolution Grinding

  7. 脉冲电解磨削工艺规律的研究

    Study on technological rule of pulsed electrochemical grinding

  8. 电解磨削硬质合金钻套孔

    Electro-chemical Grinding Holes in Carbide Drilling Casing

  9. 基于样条函数的变截面细长轴数控电解磨削研究

    Research on electro-chemical grinding at NC machine for the spline-based changing section and slender shaft

  10. 电解磨削方法在柱塞加工中的应用

    An Electrolytic Grinding Method for Plunger Piston

  11. 列表轴截形回转面电解磨削研究

    Research on Electrochemical Grinding of Rotary Surface Composed of Discreate Points in Its Axial Section

  12. 金属结合剂超硬磨料砂轮动态高效快速电火花电解磨削复合精密修形技术的研究

    High Efficiency Dynamic Spark and Electrolytic Grinding for Composite Precision Truing of Metal Bonded Superhard Abrasive Grinding Wheel

  13. 实验结果表明,采用电解磨削工艺,选择合适的加工参数可加工出高精度、低表面粗糙度的微小孔。

    Improving the accuracy and surface finish of the micro-hole is an important research issue for the micro-hole machining .

  14. 结果表明,数控展成电解磨削工艺的加工精度和表面粗糙度可满足整体叶轮的技术要求。

    The test result is that this kind of technology can meet the machining requirements of the integral impeller surface .

  15. 为了精密加工整体叶轮的叶片型面,进行了五轴联动数控电解磨削加工直纹面的算法研究。

    The formula of computing the five coordinates of electrochemical grinding machine tool is gained by researching the movement trail of the grinding wheel .

  16. 在线电解磨削精密修形后,砂轮的圆度误差<1μm;

    The circularity error of the metal bonded grinding wheel is less than 1 μ m after the in line electrolytic grinding precision truing .

  17. 结果表明,在电解磨削过程中,随着复合片总厚度的减小和电流密度的增大,复合片变形量逐渐增大;

    The results show that the deformation increases with the ( decrease ) of the blank overall thickness and the increase of the current density .

  18. 结果表明人造花岗岩性能稳定,但电解磨削液对人造花岗岩中天然石料具有一定腐蚀。

    The result indicated that the properties have little different , and the natural stone in AGC was corroded with long-term immersion of ELID Grinding Fluid .

  19. 为解决整体叶轮扭曲叶片型面的精加工难题,本文进行了五轴联动数控展成电解磨削的基础研究。

    To solve the problem of finishing the twist blade surface of an impeller , the five-axis numerically controlled electrochemical contour evolution grinding ( NC-ECCEG ) is studied .

  20. 数控电解磨削技术主要以溶解的形式去除工件表层金属,在整个加工过程中切削力和切削热的作用小。

    Electrolysis technology CNC grinding to remove the form of dissolved metal workpiece surface , in the whole process of cutting force and cutting the role of small heat .

  21. 采用金属结合剂金刚石成形砂轮在线电解磨削可以实现硬脆材料复杂型面零件的精密、超精密加工,并能极大地提高加工效率。

    The precision or ultra-precision machining of parts with complicated profile can be achieved by electrolytic in-process grinding with metal-bonded diamond grinding wheels , which greatly improves the machining efficiency .

  22. 确定最佳电解磨削液在实际系统中对金属结合剂砂轮进行电解修整得到了较为满意的修整结果。

    In the actual system , the grinding wheel of metal binding agent is electrolytically dressed with the determined optimum electrolytic grinding fluid and the satisfied dressing result is obtained .

  23. 通过脉冲电解磨削和直流电解磨削的工艺试验研究,分析并讨论了加工中的试验结果,得到了电参数对工件尺寸精度和表面粗糙度的影响规律。

    By technical testing of using electrolytic grinding in electric pulse and direct current , the author discusses the testing results and the law of electric parameter affecting degree of accuracy of dimension and roughness of surface of workpiece is obtained .

  24. 机械-电火花-电解复合磨削专用电源研究

    Study on Special Pulse Generator for Machine-Electrical Discharge-Electrolysis Combined Grinding

  25. 在线电解修整磨削系统的研制电解修整金刚石砂轮的工艺研究

    Study of the Electrolytic In-process Dressing System

  26. 同时,相同的磨削参数下,比较喷嘴电解方式ELID磨削和普通磨削的磨削力、比磨削能和表面粗糙度等试验研究。

    Meanwhile , under the same grinding parameters , the grinding force , specific grinding energy and surface roughness of nozzle-type ELID grinding and ordinary grinding were compared .

  27. 不锈钢材料电解砂带复合磨削工艺

    Compound Grinding Technology of Electrolytic Grinding Belt of stainless steel material

  28. 在线电解修整镜面磨削中砂轮耐用度的研究

    Life of grinding wheel during ELID mirror surface grinding

  29. 利用在线电解修整镜面磨削和磁流变光整加工技术对化学气相沉积碳化硅反射镜进行纳米级精度的加工。

    A new ultra-precision synergistic process integrated electrolytic in-process dressing ( ELID ) grinding and magnetorheological finishing ( MRF ) was applied to nano-precision finishing for CVD-SiC .

  30. 脉冲电解和直流电解磨削加工的对比实验和研究

    Contrast Experiment and Research Between Ripple and Direct Current Electroanalysis Grinding