目前低刚度零件的机械加工已广泛采用数控侧铣工艺。
Peripheral milling process is widely used in machining low-rigidity components.
针对低刚度零件的数控加工工艺系统，提出了一种可控制工件变形的夹具系统。
Fixture system of machine tools for controlling workpiece deformation is put forward taking aim at NC machining system for low rigid part.
分析了低刚度薄壁零件的工艺刚度特征及其加工过程的受力变形特性，提出了实现低刚度薄壁零件精密加工的技术途径。
The process rigidity character of low rigidity thin wall parts was analyzed. The technology pathway of precision machining for low rigidity thin wall parts was brought forward.
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