FABRICATION OF PNEUMATIC GRINDING MACHINE
HYDRAULIC GRINDING MACHINE/h2>
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Abrasive jet machining (AJM), a specialized form of shot blasting using fine-grained abrasives, is an attractive micro-machining method for ceramic materials. In this paper, the mach inability during the AJM process is compared to that given by the established models of solid particle erosion, in which the material removal is assumed to originate in the ideal crack formation system
AUTOMATIC PNEUMATIC GRINDING MACHINE
2019 Engineering Projects for Final year
In recent methods the glass hole making process are done manually by drilling machines. The operating cost of this process is high due to the use of advanced machines. So there is a need for reducing the operating cost. Also the machining time for making hole in this method about 10 second. As concern with this criteria, we are in developing of a new way for making hole and cutting of glass in economical view.
FABRICATION OF PNEUMATIC GRINDING MACHINE Project
2019-2020 FABRICATION OF PNEUMATIC GRINDING MACHINE
2018-2019 Engineering Projects in Bangalore
Glass hole making Machine presents the working of abrasive jet machining and removing the materials from brittle and heat sensitive materials by the application of high speed stream of abrasive particles carried by a gas medium through the nozzle. In particular drilling of holes minimum diameter and maximum depth is also possible with greater accuracy and surface finish. Since no heat is induced while machining the surface, and also the workplace is not subjected to thermal shocks. The machine which has been fabricated is used for making holes and cutting materials like glass, ceramics and aluminum sheets by varying the parameters like pressure, nozzle tip distance and size of abrasive and flow rate. It can be noted that the machine was designed and fabricated under the working principle of JM for making holes and cutting glass.
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FABRICATION OF PNEUMATIC GRINDING MACHINE
Abstract-Micro abrasive jet machining (MAJM) is an economical and efficient technology for micro-machining of brittle material like glasses. The erosion of brittle materials by solid micro-particles is a complex process in which material is removed from the target surface by brittle fractures. The rate of material removal is one of the most important quantities for a machining process. Predictive mathematical models for the erosion rates in micro-hole drilling and micro-channel cutting on glasses with an abrasive air jet are developed. A dimensional analysis technique is used to formulate the models as functions of the particle impact parameters, target material properties and the major process parameters that are known to affect the erosion process of brittle materials. The predictive capability of the models is assessed and verified by an experimental investigation covering a range of the common process parameters such as air pressure, abrasive mass flow rate, stand-off distance and machining time (for hole machining) or traverse speed for channel Machining). It shows that model predictions are in good agreement with the experimental Results by J.M. Fana, C.Y. Wanga, J. Wang.
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