摘要
通过对复杂曲面数控加工切削力优化的应用实例研究,介绍了切削力优化的自适应控制方式和物理仿真的两种方法;同时,通过切削力优化能够提高数控加工的加工效率,改善工件的表面质量和加工精度。
By studying the application of cutting force optimization in NC machining of complex curved surface, two methods of adaptive control and physical simulation for cutting force optimization were introduced. At the same time, it was concluded that cutting force optimization could improve the machining efficiency of NC machining, and improve the surface quality and machining precision of workpiece.
作者
袁绍斌
段昌德
吴家奎
陈道全
曹波
艾贵洪
YUAN Shao-bin;DUAN Chang-de;WU Jia-kui;无(Dongfang Electric Machinery Co.Ltd,Deyang 618000;CGTECH CHINA,Beijing 100022)
出处
《航空精密制造技术》
2021年第4期53-55,共3页
Aviation Precision Manufacturing Technology
关键词
数控加工
切削力
自适应控制
物理仿真
NC machining
cutting force
adaptive control
physical simulation
