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首页> 外文期刊>Journal of Computing and Information Science in Engineering >Development of a Virtual Environment for Surface Topomorphy and Roughness Determination in Milling Operations
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Development of a Virtual Environment for Surface Topomorphy and Roughness Determination in Milling Operations

机译：虚拟环境中铣削表面形貌和粗糙度确定的开发

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摘要

Surface roughness is a key parameter for determining the quality of machined parts. A graphical model for the calculation of quantitative data affecting surface roughness of machined surfaces was developed. The model allows the determination of the accurate machined surface in cloud of points form retrieved from the visualization system Z buffer in a three dimensional graphics environment developed in OPENGL. Critical quantitative parameters for surface roughness, such as R_aR_yR_(t_i)R_z, and mean line, are determined from this topomorphy. The results together with the operations are visualized in a virtual machine shop environment developed in a commercial development toolkit.
机译：表面粗糙度是确定加工零件质量的关键参数。建立了用于计算影响加工表面粗糙度的定量数据的图形模型。该模型可以确定在OPENGL中开发的三维图形环境中从可视化系统Z缓冲区检索的点云形式的精确加工表面。表面粗糙度的关键定量参数，例如R_aR_yR_（t_i）R_z和平均线，是由该表面形态确定的。结果和操作在商业开发工具箱中开发的虚拟机车间环境中可视化。

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