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Optimization of Surface Roughness and Cutting Force during Turning of AISI 1020 Steel with Edge Honed Carbide Tool


Kushal Mistri , Ahmedabad Institute of Technology; Jaimin Raval, Ahmedabad Institute of Technology


Edge Honing, Surface Finish, Cutting Force, Edge Radius, Depth of Cut, Feed, Cutting Speed


Machining is highly recommended operation to produce desired shape & size products. In turning operation, tool must be harder than the workpiece. To carry out machining operations by single point cutting tool, it must be provided with proper angles & nose radius. Rough turning with large amount of process parameters creates more wear on tools. Due to that it increases the cutting force. So, to reduce the cutting force, there are some different methods & technologies are developed in modern era. Edge honing is considered as one of the techniques to optimise cutting force for the cutting tools. It can be used to provide proper edge radius on the tools & hence to improve surface finish of machined parts. Influence of various types & dimensions of tool edge radius on tool life is studied & optimisation of cutting force & surface roughness for particular tool-workpiece combination is found out. Cutting speed and depth of cut has the main impact on the surface finish and cutting force respectively.

Other Details

Paper ID: IJSRDV6I90102
Published in: Volume : 6, Issue : 9
Publication Date: 01/12/2018
Page(s): 76-79

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