摘要
为减小镍基高温合金蜂窝铣削加工毛刺宽度,采用CUMET多刃铣刀与SECO多刃铣刀开展超声辅助铣削加工试验,对比刀具类型、研究加工参数对毛刺宽度的影响规律。结果表明:相较于SECO多刃铣刀,采用CUMET多刃铣刀可获得更小的毛刺宽度;通过单因素铣削试验,获得了优化的铣削工艺参数组合,毛刺宽度可降低至8.97μm。
In order to reduce burr width of nickel-based superalloy honeycomb after milling,ultrasonic assisted milling experiments were conducted by CUMET and SECO multi-edge milling tools,and the tool types were compared and the influence law of milling parameters on burr width was investigated.The results indicate that compared to SECO tools,milling with CUMET tools can achieve smaller burr widths.With single factor milling experiments,an optimized milling process parameter was obtained,with burr width being reduced to 8.97μm.
作者
陈玉荣
高绍武
姜旭
晏超仁
杨浩骏
刘萌
苏宏华
赵建社
CHEN Yurong;GAO Shaowu;JIANG Xu;YAN Chaoren;YANG Haojun;LIU Meng;SU Honghua;ZHAO Jianshe(JITRI Institute of Precision Manufacturing,Nanjing 211800,China;Jiangsu Hangpu National Innovation Composite Research Institute,Nanjing 211599,China;Jiangsu Innovation Center of Advanced Composite Technology and Equipment,Nanjing 211599,China;Nanjing University of Aeronautics and Astronautics,Nanjing 210016,China)
出处
《机械制造与自动化》
2026年第1期87-91,共5页
Machine Building & Automation
关键词
超声辅助铣削
高温合金
蜂窝
毛刺
ultrasonic assisted milling
superalloy
honeycomb
burr
