摘要
五轴双驱车铣复合加工设备具有一次装夹完成全部加工工序的能力,其配套软硬件条件的不足限制了设备功能的发挥。通过增加柔性工装接口提高复合运动变换的效率,基于通用软件开发的专用后置处理可实现快速车铣复合数控编程。在采集设备实时运行数据的基础上利用智能控制算法可实现一定程度上的自适应加工,达到提升车铣复合设备在航空发动机领域智能化应用水平的目的。
Five-axis turning-milling compound machine tool with dual-drive spindle has the ability to complete all machining procedures by clamping at one time.The lack of supporting software and hardware conditions limits the function of the machine tool.The efficiency of compound motion transformation is improved by adding flexible fixtures interface,and the rapid turning-milling compound NC programming can be realized by special post-processing based on general software development.On the basis of collecting the real-time running data of the machine tool,the intelligent control algorithm can realize adaptive machining to a certain extent,and achieve the purpose of improving the intelligent application level of turn-milling compound machine tool in aero-engine field.
作者
张臣宏
于建华
ZHANG Chenhong;YU Jianhua(AECC Commercial Aircraft Engine Co.Ltd.,Shanghai 200241,CHN)
出处
《制造技术与机床》
北大核心
2022年第10期91-96,共6页
Manufacturing Technology & Machine Tool
基金
国家科技重大专项(2018ZX04005001)。
关键词
车铣复合
柔性工装接口
后处理
自适应加工
智能化应用
航空发动机
turning-milling-compound
flexible fixtures interface
post-processing
adaptive machining
intelligent application
aero-engine
