虚拟加工过程，能节省资源并避免风险。
The process of virtual manufacturing can save the resources and avoid risk.
实验证明，上述算法提高了三维虚拟环境和虚拟加工过程的真实感和实时性。
It has been illustrated by experiment result that the methods can improve the sense of reality and real-time of 3d virtual environment and simulated machining process.
进一步用一种全新的器件微流量泵的工艺设计和虚拟加工过程验证了系统的可扩充性。
Furthermore, the process of design and virtual fabrication of a new MEMS device, micropump, verified the system "s expansibility."
该导向工具的实际加工和装配过程，也表明这种虚拟设计的合理性。
The actual machining and assembling process shows the rationality of the virtual design.
这样就实现了基于计算机数值模拟的虚拟材料固态加工及热处理过程。
Then the virtual solid state material processing and heat treatment processes can been realized based on computer simulation.
种芦笋，加工芦笋，直到形成可以出口的带有包装的芦笋的整个过程用的水，就是虚拟水。
The water used in the whole process of planting the asparagus, processing the asparagus and packaging the asparagus, is virtual water.
虚拟镗铣加工中心的一个重要作用就是分析研究加工过程。
An important function of virtual boring milling machining center is analyze and research machining process.
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.
该虚拟环境主要包括仿真环境的建立和加工过程的建立两部分，其中仿真环境的建立包括加工中心的建模和零件的建模。
The simulation and machining process were built up in the virtual manufacturing environment. Models of machining center and part were produced in the simulation environment.
虚拟加工工艺是利用计算机产生三维图形的动态生长来模拟实际的加工过程，而如何生成真实自然的三维图形就成了关键所在。
Virtual process could simulate the actual process using 3d-geometric's dynamic growth generated by computer, however the key is how to generate compellent and natural 3d-geometric.
在虚拟加工环境的建造过程中，关键技术是三维实体的数据结构和加工仿真的逐步成型算法。
In the course of building virtual machining environment, key technologies include data structure of 3d solid and gradual molding algorithm in machining simulation.
开发了虚拟数控加工过程仿真模型，此模型可实时、交互地显示毛坯的材料去除过程和切屑的生成、卷曲及折断过程。
The simulation models of machining processes are developed in virtual numerical control, the models can demonstrate real-time and interactively the material removal processes of blank an...
开发了虚拟数控加工过程仿真模型，此模型可实时、交互地显示毛坯的材料去除过程和切屑的生成、卷曲及折断过程。
The simulation models of machining processes are developed in virtual numerical control, the models can demonstrate real-time and interactively the material removal processes of blank an...
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