A COMPREHENSIVE STUDY ON THE SURFACE CHARACTERISTICS OF MICRO ULTRASONIC MACHINED CERAMIC-GLASS MATERIAL
Journal Title: International Journal of Mechanical and Production Engineering Research and Development (IJMPERD ) - Year 2017, Vol 7, Issue 2
Abstract
Objectives The main Objetive of this paper is to find the surface characteristics of Ceramic glass machined by ultrasonic machining words. Methods/Statistical Analysis Ultrasonic machining (USM) procedure has for quite some time been utilized for manufacturing different examples and penetrating gaps on weak materials. In any case, the surfaces created by USM are ordinarily rather unpleasant and secured by profound infiltrated breaks. This has extraordinarily restricted USM being utilized as a part of small scale machining and fine machining. Findings This exploration planned to consider the surface honesty of the USMed surface and build up a practical approach to minimize the scattered splits so great surface complete could be accomplished. Machining parameters, for example, sort and grouping of rough particles, coarseness size, and sustain rate were efficiently researched to check their impacts at first glance got. A 'multi-arrange' small scale USM process was created in this study and surface with Ra esteem superior to anything 0.2μm was accomplished utilizing the proposed procedure. Application/Improvements By applying this machining process on materials like glass ceramics and composites the surface attained by the machining will be more accurate and burr free based on feed rate and concentration.
Authors and Affiliations
B. JAMES PRASAD RAO, U. SAIKRISHNA, M. VENKATESULU, D. V. SRIKANTH
Keywords
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