Electrolytic Grinding Process for Minimizing Affected Layer (2nd Report) - Development of Electrolysis Controlled Spark-out Grinding -

DOI Web Site 6 References

Bibliographic Information

Other Title
  • 電解研削加工における加工変質層の低減法（第２報）―電解停止制御スパークアウト研削法の開発とその効果―
  • デンカイ ケンサク カコウ ニ オケル カコウ ヘンシツソウ ノ テイゲンホウ ダイ2ホウ デンカイ テイシ セイギョ スパークアウト ケンサクホウ ノ カイハツ ト ソノ コウカ
  • Development of Electrolysis Controlled Spark-out Grinding
  • 電解停止制御スパークアウト研削法の開発とその効果

Search this article

Abstract

A softened affected layer generated in electrolytic grinding at higher electrolytic voltage could not be removed by a spark-out grinding without electrolysis in the previous report. In this report, the electrolysis controlled spark-out grinding is developed in order to remove completely an affected electrolytic ground layer at any electrolytic voltage. Effects of the electrolysis controlled spark-out grinding on finished surface characteristics are experimentally proved by investigating ultra micro hardness on machined surface, surface finish and so on. Main conclusions obtained in this report are as follows: (1) The electrolysis controlled spark-out grinding can prevent the finished surface hardness from decreasing at higher electrolytic voltage in which affected layer is remained after spark-out grinding without electrolysis. (2) A surface finish and an effective spark-out grinding time decrease by the spark-out grinding with an optimum electrolyze-out time. (3) An optimum electrolyze-out time decreases with increasing electrolytic voltage and becomes negative at electrolytic voltage over 7V.

Journal

References(6)*help

See more

Keywords

Details 詳細情報について

Report a problem

Back to top