A relocation technique of surface asperity profiles for evaluating truncated surface (1st report) -Based on a collation index of two-dimensional profiles-

Kazuyuki Sasajima; Kazuya Naoi; Tadao Tsukada

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A relocation technique of surface asperity profiles for evaluating truncated surface (1st report) -Based on a collation index of two-dimensional profiles-

机译：一种用于评估截断表面的表面粗糙轮廓的重定位技术（第一份报告）-基于二维轮廓的整理索引-

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Evaluation of truncated surface asperities is critically important in many industrial applications. It is necessary to compare original profile with truncated one in a discussion of truncation process, i.e., wear mechanism and plateau horning, etc. For the comparison of profiles, we have to relocate truncated profile to original one. But there is a limitation of relocation using a hardware. To relocate accurately, the authros suggest a relocation technique using software.

机译：在许多工业应用中，截短的表面凹凸不平的评估至关重要。在讨论截断过程时（即磨损机制和平稳变角等），有必要将原始轮廓与截断轮廓进行比较。为了比较轮廓，我们必须将截断轮廓重新定位到原始轮廓。但是使用硬件进行重定位存在局限性。为了准确地重定位，授权建议使用软件进行重定位。

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来源
《精密工学会誌》 |1997年第12期|p.1764-1768|共5页
作者
Kazuyuki Sasajima; Kazuya Naoi; Tadao Tsukada;
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原文格式 PDF
正文语种 jpn
中图分类机械制造工艺;仪器、仪表;
关键词
truncation; roughness; relocation;

机译：截断粗糙度搬迁;

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专利

1. A RELOCATION TECHNIQUE OF SURFACE ASPERITY PROFILES FOR EVALUATING TRUNCATED SURFACE (2ND REPORT) - BASED ON STATISTICAL VALUES OF TWO-DIMENSIONAL PROFILES- [J] . KAZUYA NAOI, KAZUYUKI SASAJIMA, TADAO TSUKADA 精密工学会誌 . 1999,第3期

机译：一种基于二维轮廓统计值的截断面评估的表面稀疏轮廓重新分配技术（第二次报告）
2. A software-based relocation technique for surface asperity profiles and its application to calculate volume changes in running-in wear [J] . Kazuyuki Sasajima, Kazuya Naoi, Tadao Tsukada Wear: an International Journal on the Science and Technology of Friction, Lubrication and Wear . 2000,第1a2期

机译：基于软件的表面凹凸轮廓重定位技术及其在磨合磨损量计算中的应用
3. An evaluation of surface asperity profile changes in truncation processes using optical interferometric microscope [J] . K. Sasajima, K. Naoi, T. Tsukada International Journal of Machine Tools & Manufacture: Design, research and application . 2001,第13a14期

机译：使用光学干涉显微镜评估截断过程中表面粗糙轮廓的变化
4. Nanometer Profile Measurement of Large Aspheric Surface (1st report) - Evaluation on Profile Measurement Methods [C] . Muzheng Xiao, Satomi Jujo, Satoru Takahashi, 精密工学会大会学術講演会 . 2009

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5. Implementation and Evaluation of Optical and Stylus Based Profiling Techniques for Surface Metrology [D] . Arumugam, Kumar. 2021

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6. A Novel Micro-Contact Stiffness Model for the Grinding Surfaces of Steel Materials Based on Cosine Curve-Shaped Asperities [O] . Qi An, Shuangfu Suo, Fuyan Lin, 2019

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7. A Relocation Technique of Surface Asperity Profiles for Evaluating Truncated Surface (1st Report) [O] . Kazuyuki SASAJIMA, Kazuya NAOI, Tadao TSUKADA 1997

机译：用于评估截断表面的表面粗糙曲线的重定位技术（第1报告）

A relocation technique of surface asperity profiles for evaluating truncated surface (1st report) -Based on a collation index of two-dimensional profiles-

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