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Research on Virtual NC Technique in Turning and Milling Process

机译:转型和铣削过程中虚拟NC技术的研究

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A virtual machining system based on virtual manufacturing technique and NC machining technique for turnmilling center is developed in this paper, which can realize all processes from the establishment of NC procedure to machining simulation. On the platform of Visual C++, the virtual machining environment is built by OpenGL technique, and the structure of machining simulation system and its function are proposed. According to turn-milling center characteristic, the mathematical models about turning and milling are respectively built in virtual NC machining process. The geometric simulation and physical simulation are realized on the basis of the models by C++ language. The research demonstrates that the simulations are handled to complete the virtual machining of the product by checking machining ability, rationality of design, prediction manufacture circle, and promptly modifying design. The method offers the theoretical foundation and reference value of practical application for structure design of turn-milling centre.
机译:本文开发了一种基于虚拟制造技术的虚拟加工系统和用于转台中心的NC加工技术,可以实现从建立NC过程到加工模拟的所有过程。在Visual C ++的平台上,通过OpenGL技术构建虚拟加工环境,提出了加工仿真系统的结构及其功能。根据转动中心特性,关于转动和铣削的数学模型分别构建虚拟NC加工过程。基于C ++语言的模型实现了几何模拟和物理仿真。该研究表明,通过检查机加工能力,设计,预测制造圈和及时修改设计来处理模拟以完成产品的虚拟加工。该方法提供了车辆铣削中心结构设计实际应用的理论基础和参考价值。

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