Production and Economic Consequences When Machining Glass Ceramic

Digital Library / Journals / Journal of Testing and Evaluation (JTE) / Citation Page

Volume 4, Issue 2 (March 1976)

Click here to download this paper now for $25 PDF (168K)

View License Agreement

ISSN: 0090-3973
Page Count: 4

Production and Economic Consequences When Machining Glass Ceramic
Turker, EG
Assistant professor of industrial engineering, Cleveland State University,

Stanislao, J
Professor and dean of engineering and architecture, North Dakota State University, N. Dak.

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

Abstract

Experimental data was obtained characterizing the machinability behavior of glass ceramic material (K²O-MgF²-MgO-SiO²). To determine how this material can be processed under production conditions an economic model was developed using Taylor's equations. A machining parameter was ultimately established with a minimum cost per unit while achieving a maximum production rate.

Keywords:
machinability, devitrified glass, brittleness, optimization, quaternary system, dynamic programming, production, economics, suboptimization, rate of return

Paper ID: JTE10192J
DOI: 10.1520/JTE10192J
ASTM International is a member of CrossRef.

Author Title Production and Economic Consequences When Machining Glass Ceramic 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 2 (March 1976) Click here to download this paper now for $25 PDF (168K) View License Agreement ISSN: 0090-3973 Page Count: 4 Production and Economic Consequences When Machining Glass Ceramic Turker, EG Assistant professor of industrial engineering, Cleveland State University, Stanislao, J Professor and dean of engineering and architecture, North Dakota State University, N. Dak. Richman, MH Professor of engineering, Div. of Engineering, Brown University, R. I. Abstract Experimental data was obtained characterizing the machinability behavior of glass ceramic material (K²O-MgF²-MgO-SiO²). To determine how this material can be processed under production conditions an economic model was developed using Taylor's equations. A machining parameter was ultimately established with a minimum cost per unit while achieving a maximum production rate. Keywords: machinability, devitrified glass, brittleness, optimization, quaternary system, dynamic programming, production, economics, suboptimization, rate of return Paper ID: JTE10192J DOI: 10.1520/JTE10192J ASTM International is a member of CrossRef. Author Title Production and Economic Consequences When Machining Glass Ceramic Symposium , 0000-00-00 Committee E28