利用光学轮廓术评估微磨削刀具的形貌

Optical Fabrication and Testing Pub Date : 1900-01-01 DOI:10.1364/oft.1996.ofa.6

Yi-yang Zhou, D. Quesnel, P. Funkenbusch

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摘要

由于在磨削过程中刀具和工件之间的复杂相互作用，刀具形貌是了解加工过程的有用资源[1-2]。刀具形貌可以理解的问题包括:砂轮整体表面轮廓、砂轮表面磨料浓度、有效切割点数量、磨料的断裂和脱粘、磨料的突出高度以及刀具磨损机制[2-7]。

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Assessment of Microgrinding Tool Topography Using Optical Profilometry

Because of the complicated interactions between the tool and workpiece during the grinding process, tool topography is a useful resource for understanding the process [1-2]. Issues that can be understood by tool topography include: overall wheel surface profile, abrasive concentration on the wheel surface, effective number of cutting points, fracture and debonding of abrasives, protrusion height of abrasives, and tool wear mechanisms [2-7].

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Optical Fabrication and Testing

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