Machining Glass Ceramic in Dry and Wet Environments

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Volume 4, Issue 1 (January 1976)

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ISSN: 0090-3973
Page Count: 5

Machining Glass Ceramic in Dry and Wet Environments
Stanislao, J
Professor and dean of engineering and architecture, North Dakota State University, North Dakota

Turker, EG
Assistant professor of industrial engineering, Cleveland State University, Ohio

Richman, MH
Professor of engineering, Brown University, R.I.

Abstract

Glass ceramic (K²O-MgF²-MgO-SiO²) was found to have relatively good machinability that is restricted within a very limited range of machine settings. The microstructure of glass ceramic has had significant influence on the machining capabilities. Tool geometry, tool composition, and the machining environment influenced cutting forces, workpiece surface quality, and tool life.

Keywords:
microstructure, machinability, cutting, wear, surface properties, tool-workpiece interface, carbides, devitrified glass

Paper ID: JTE10514J
DOI: 10.1520/JTE10514J
ASTM International is a member of CrossRef.

Author Title Machining Glass Ceramic in Dry and Wet Environments Symposium , 0000-00-00 Committee E28

		Home Journals STPs Manuals Topics Subscriptions/Pricing Digital Library / Journals / Journal of Testing and Evaluation (JTE) / Citation Page Volume 4, Issue 1 (January 1976) Click here to download this paper now for $25 PDF (296K) View License Agreement ISSN: 0090-3973 Page Count: 5 Machining Glass Ceramic in Dry and Wet Environments Stanislao, J Professor and dean of engineering and architecture, North Dakota State University, North Dakota Turker, EG Assistant professor of industrial engineering, Cleveland State University, Ohio Richman, MH Professor of engineering, Brown University, R.I. Abstract Glass ceramic (K²O-MgF²-MgO-SiO²) was found to have relatively good machinability that is restricted within a very limited range of machine settings. The microstructure of glass ceramic has had significant influence on the machining capabilities. Tool geometry, tool composition, and the machining environment influenced cutting forces, workpiece surface quality, and tool life. Keywords: microstructure, machinability, cutting, wear, surface properties, tool-workpiece interface, carbides, devitrified glass Paper ID: JTE10514J DOI: 10.1520/JTE10514J ASTM International is a member of CrossRef. Author Title Machining Glass Ceramic in Dry and Wet Environments Symposium , 0000-00-00 Committee E28