机械研究与应用
機械研究與應用
궤계연구여응용
MECHANICAL RESEARCH & APPLICATION
2014年
1期
60-61,64
,共3页
ELID磨削%电解在线砂轮修整%金刚石砂轮%工艺控制%程序设计
ELID磨削%電解在線砂輪脩整%金剛石砂輪%工藝控製%程序設計
ELID마삭%전해재선사륜수정%금강석사륜%공예공제%정서설계
ELID grinding%pre-dressing%diamond grinding wheel%process control%program design
砂轮表面氧化膜的形成规律与特性对ELID超精密磨削质量有着重要的影响。研究在ELID磨削中氧化膜的形成规律，基于电化学基本原理，模拟砂轮表面氧化膜形成过程，并分析金刚石砂轮电解预修整过程中氧化膜的生长规律。在此基础上，总结出控制氧化膜生长的几个主要因素之间的关系，分析和确定氧化膜生长厚度与电压之间的关系，应用循环结构编程设计实现ELID磨削工艺控制。
砂輪錶麵氧化膜的形成規律與特性對ELID超精密磨削質量有著重要的影響。研究在ELID磨削中氧化膜的形成規律，基于電化學基本原理，模擬砂輪錶麵氧化膜形成過程，併分析金剛石砂輪電解預脩整過程中氧化膜的生長規律。在此基礎上，總結齣控製氧化膜生長的幾箇主要因素之間的關繫，分析和確定氧化膜生長厚度與電壓之間的關繫，應用循環結構編程設計實現ELID磨削工藝控製。
사륜표면양화막적형성규률여특성대ELID초정밀마삭질량유착중요적영향。연구재ELID마삭중양화막적형성규률，기우전화학기본원리，모의사륜표면양화막형성과정，병분석금강석사륜전해예수정과정중양화막적생장규률。재차기출상，총결출공제양화막생장적궤개주요인소지간적관계，분석화학정양화막생장후도여전압지간적관계，응용순배결구편정설계실현ELID마삭공예공제。
Forming regularity and characteristics of grinding wheel surface oxide film has important influence to the quality of ELID ultra-precision grinding.The formation of oxide film in ELID grinding is studied.Based on the basic principle of electro-chemical, simulation of forming process of grinding wheel surface oxide film is done, and the grow process law of the oxide film of diamond wheel electrolytic dressing is analyzed.On this basis, the main factors that controling the growth of the oxide film is sum up and the relationship between the thickness of growth of oxide film and the voltage is analyzed and determined , then programming design is used to realize ELID grinding process control.
