本文论述了解决一种复杂型面的数控加工的关键技术，并利用虚拟制造技术对加工进行仿真，给出了优化的数控加工程序。
Simulation is made on the machining by making use of the virtual manufacturing technology, and the optimized numerical control machining procedures are given.
加工质量预测是虚拟制造实用化的重要标志之一。
The prediction of machining quality is an important sign, which can make virtual manufacturing actual utility.
虚拟柔性加工单元是虚拟制造系统研究的核心。
Virtual Flexible Machining Cell (VFMC) is the kernel of Virtual Manufacturing System.
虚拟环境下加工设备虚拟操作和虚拟加工是虚拟制造的一个重要研究内容。
Virtual manipulation and virtual machining technology of machining equipment under virtual environment are the important research topics of virtual manufacturing.
分析了在虚拟制造中占有重要地位的机械加工过程仿真，讨论了铣削加工过程仿真及其实现的可能性，并对其在教学中的作用做了初步的探讨。
Meanwhile, it analyzes the emulation of milling process which is very important in virtual manufacturing, discusses the possibility of it and probes into the role of it in teaching.
虚拟制造是在数字化制造资源构成的虚拟环境中，在过程模型的驱动下，设备模型对产品模型进行的加工过程仿真。
Virtual manufacturing(VM) is model driven production process simulation in the virtual environment. The digital resource models are important components in the environment.
虚拟制造是在数字化制造资源构成的虚拟环境中，在过程模型的驱动下，设备模型对产品模型进行的加工过程仿真。
Virtual manufacturing(VM) is model driven production process simulation in the virtual environment. The digital resource models are important components in the environment.
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