Optimization of CNC Turning Cutting Parameter for Geometrical Dimensional Accuracy with Surface roughness on the non-ferrous Material Applying Taguchi Technique
|International Journal of Engineering Trends and Technology (IJETT)||
|© 2019 by IJETT Journal|
|Year of Publication : 2019|
|Authors : Santosh Kumar Patod, Dr. Suman Sharma
|DOI : 10.14445/22315381/IJETT-V67I12P210|
MLA Style: Santosh Kumar Patod, Dr. Suman Sharma "Optimization of CNC Turning Cutting Parameter for Geometrical Dimensional Accuracy with Surface roughness on the non-ferrous Material Applying Taguchi Technique" International Journal of Engineering Trends and Technology 67.12 (2019):56-66.
APA Style:Santosh Kumar Patod, Dr. Suman Sharma. Optimization of CNC Turning Cutting Parameter for Geometrical Dimensional Accuracy with Surface roughness on the non-ferrous Material Applying Taguchi Technique International Journal of Engineering Trends and Technology, 67(12),56-66.
In a manufacturing industry, machining process is to shape the metal parts by removing unwanted material by means of tool. During the machining process of any part given quality specifications such as surface quality, dimensional accuracy with minimum production cost or machining time are to be considered. To obtain the final surface quality and dimensional tolerance. Surface quality produced by the machining processes is one of the crucial factors to determine the functional performance and correspondent fatigue life time of the parts. The project will present the results of surface characterization of the part produced by high speed CNC turning with optimum combinations of input parameters cutting speed(rpm), feed rate, depth of cut, material removal rate, adequate coolant flood, tool geometry, work piece clamping, material composition, chip formations. And the corresponding output size precision, circularity, taper, concentricity and better surface finish. A series machining tests were conducted on the non-ferrous materials specimen the significance of influence of machining parameters in the study and Taguchi approach (orthogonal array) was adapted for the experiments This research report reveals the relationship between cutting parameters and surface roughness is studied to determine the effect of different parameters on the machined surface quality as well as dimensional confirmations.
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CNC, Non-Ferrous, Dimensional Accuracy, Surface Roughness, Turning, Cutting Parameter, Taguchi.