Document Type

Thesis

Date of Award

8-31-1991

Degree Name

Master of Science in Manufacturing Engineering - (M.S.)

Department

Mechanical and Industrial Engineering

First Advisor

R. S. Sodhi

Second Advisor

Sanchoy K. Das

Third Advisor

MengChu Zhou

Abstract

The rapid growth of harder and difficult-to-machine materials over the past two decades necessitates the development of compatible nonconventional machining techniques, as detailed in this work, with special emphasis on one of the most recent machining method, the abrasive-waterjet technique(AWJ).

The feasibility of using AWJ for milling on glass is investigated. Due to the large number of parameters involved in the AWJ technique, and the multitude of machining requirements, optimization of performance is the focus. These parameters include waterjet pressure, particle size, abrasive flow rate, traverse rate and number of passes.

Surface topography is found to be a function of both cutting and abrasive parameters and the depth uniformity of the produced slot can be continually improved by increasing the traverse speed.

Nontraditional Machining Processes are typically employed when conventional methods are incapable, impractical, or uneconomical because of special material properties, workpiece complexities or lack of inherent rigidity.

Included in

Manufacturing Commons

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