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Publication Citation: Rapidly Renewable Lap: Theory and Practice

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Author(s): Christopher J. Evans; R E. Parks; David J. Roderick; Michael L. McGlauflin;
Title: Rapidly Renewable Lap: Theory and Practice
Published: January 01, 1998
Abstract: The rapidly renewable lap (RRL) uses a textured substrate over which thin films are slumped. The substrate provides the geometry of the lap and a localized texture, depending on the film thickness, properties, and means by which it is deformed over and adhered to the substrate. Abrasives, added to the film, lap or polish without touching or changing the substrate geometry. Depending on process parameters, the RRL gives brittle or ductile (two-body) lapping. This paper has two major themes: it describes the RRL and some applications; and it shows that some relatively simple lapping models predict the process or characteristics.
Citation: CIRP Annals - Manufacturing Technology
Volume: 47(1)
Issue: No. 1
Pages: pp. 239 - 244
Keywords: abrasion;lapping;polishing
Research Areas: Metrology, Manufacturing