RESER ’ FC 90-229 A New Approach to the Use of Bearing Area Curve
RESER ’ FC 90-229 A New Approach to the Use of Bearing Area Curve
复制标题
RESER’ FC 90-229 使用轴承面积曲线的新方法
DOI：
--
复制
发表时间：
1999
期刊：
影响因子：
--
通讯作者：
M. Rashid
中科院分区：
文献类型：
--
作者：
Rokeya Begum;Rokeya Begum;M. S. Rahman;A. M. S. Chowdhury;M. M. Rahman;M. Rashid
摩擦学家已经证明，理想的轴承表面是具有相对较深划痕的光滑表面，以容纳和分配润滑剂，但量化和指定这些表面一直是一个问题。自推出以来，轴承面积曲线已被认为是表征这些表面的唯一有效方法，但在规范中很少使用。通常用于绘制轴承面积曲线的标准化横坐标和最高峰值参考限制了其在定量分析中的使用，但当使用平均线参考以绝对比例绘制时，它成为评估和指定轴承表面的强大分析工具。本文提出的技术有利于高原珩磨操作和轴承磨损测试。会议 国际珩磨技术和应用 1990 年 5 月 1-3 日，密歇根州诺维 索引术语 表面粗糙度引擎 磨料 计量 精加工 统计分析 制造工程师学会 l One SME Drive l P.O. Box 930 Dearborn, Michigan 48121 l 电话 (313) 271-l 500 中小企业技术论文 未经制造工程师协会许可，不得以任何形式全部或部分复制本技术论文，包括机器可读的摘要。通过发表本文，SME 并不表示对本文内容中可能讨论的产品或服务的认可。
Tribologists have demonstrated that an ideal bearing surface is a smooth one with relatively deep scratches-to hold and distribute lubricant, but quantifying and specifying these surfaces has always been a problem. Since its introduction, the bearing area curve has been recognized as the only effective way to characterize these surfaces but is rarely used in specifications. The normalized abscissa and highest peak reference commonly used for plotting the bearing area curve limits its use for qyantitative analysis, but when plotted on an absolute scale with a mean line reference, it becomes a powerful analytical tool for evaluating and specifying bearing surfaces. The techniques presented in this paper are beneficial for plateau honing operations and bearing wear tests. conference International Honing Technologies and Applications May 1-3, 1990 Novi, Michigan index terms Surface Roughness Engines Abrasives Metrology Finishing Statistical Analysis Society of Manufacturing Engineers l One SME Drive l P.O. Box 930 Dearborn, Michigan 48121 l Phone (313) 271-l 500 SME TECHNICAL PAPERS This Technical Paper may not be reproduced in whole or in part in any form including machine-readable abstract, wlthout permission from the Society of Manufacturing Engineers. By publishing this paper, SME does not provide an endorsement of products or services which may be discussed in the paper’s contents.