湖南大学学报（自然科学版）2016，Vol.43Issue(4)：31-37,7.
基于环形磁场励磁的两面磁力抛光试验研究∗
Experimental Study on Double-surface Magnetic Abrasive Polishing Excited by Toroidal Magnetic Field
摘要
Abstract
Traditional magnetic abrasive polishing process is only suitable for processing one side of the workpiece,but it cannot polish double-surface at the same time.To overcome the shortcomings of current methods,this paper presented a new magnetic polishing process based on annular magnetic field,which can polish both sides of the workpiece simultaneously.Electromagnet with annular magnetic field was de-signed,and then finite element simulation analysis was carried on.In order to further explore the effect of current intensity,the clearance between the magnetic pole and the workpiece,the spindle speed and polis-hing time on surface roughness,double-surface polishing experiments were carried out on the material of stainless steel.It was concluded that the surface roughness Ra decreased with the increase of polishing time,working gap and spindle speed.Orthogonal test scheme was designed to obtain the reasonable process parameters and experimental verification was made.Finally,a good surface roughness on bothsides was obtained.The experiment has proved that the method can polish both sides of the workpiece sur-face at the same time,and the surface roughness Ra of two surfaces decreases from the original 0.2μm to Ra(S)= 0.094μm and Ra(N)= 0.068μm respectively.关键词
磁力研磨/环形磁场/两面抛光/磁场仿真Key words
magnetic abrasive finishing/toroidal magnetic field/double-surface polishing/magnetic simulation分类
机械制造引用本文复制引用
阮日新,罗虎,王永强,陈逢军,胡天,尹韶辉..基于环形磁场励磁的两面磁力抛光试验研究∗[J].湖南大学学报（自然科学版）,2016,43(4):31-37,7.基金项目
国家自然科学基金资助项目(51205120),National Natural Science Foundation of China(51205120) （51205120）
国际科技合作项目(2012DFG70640) （2012DFG70640）
