首页> 外文会议>American Society for Precision Engineering(ASPE) Annual Meeting; 20071014-19; Dallas,TX(US) >A STUDY ON SURFACE MATERIAL MEASURES FOR AREAL SURFACE TEXTURE MEASURING INSTRUMENTS
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A STUDY ON SURFACE MATERIAL MEASURES FOR AREAL SURFACE TEXTURE MEASURING INSTRUMENTS

机译:面积表面纹理测量仪器的表面材料研究

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We applied the 2D A-R model to the generation of software gauge data for the surface material measure which can be used to verify the overall performances of 3D surface texture measuring instruments. And material measure was manufactured using a super 5-axis nano machine. The following concluding remarks were obtained. (1) The evaluation area is defined as 768μm × 768μm. And the area which combined four evaluation areas is defined as multiple sampling areas (1,536μm ×1,536μm).(2) By measuring the area of 16 times or more on the correlation length, the influence of measurement area on the roughness parameters becomes 5% or less. And the optimal sampling distance is 10μm or less. (3) The material measure with Sa:0.788μm was manufactured. This material measure can be used for various 3D surface texture measuring instruments.
机译:我们将2D A-R模型应用于表面材料测量的软件规格数据的生成,可用于验证3D表面纹理测量仪器的整体性能。使用超五轴纳米机制造材料量具。获得了以下结论。 (1)评价区域定义为768μm×768μm。并且将四个评估区域合并的区域定义为多个采样区域(1,536μm×1,536μm)。(2)通过对相关长度进行16倍以上的测量,测量区域对粗糙度参数的影响变为5 % 或更少。最佳采样距离为10μm或更小。 (3)制造了Sa:0.788μm的材料量具。该材料量度可用于各种3D表面纹理测量仪器。

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