Application Of Taguchi Method In The Optimization Of Cutting Parameter For Surface Roughness In Turning

Nur Yasmin, Zulkifli (2011) Application Of Taguchi Method In The Optimization Of Cutting Parameter For Surface Roughness In Turning. Project Report. UTeM, Melaka, Malaysia. (Submitted)

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Abstract

Surface roughness plays an important role in many areas and is a factor of great importance in the evaluation of machining accuracy. This is because surface roughness has large impact on the mechanical properties like fatigue behaviour, corrosion resistance, creep life and etc. This study discusses the application of taguchi method in the optimization of cutting parameter for surface roughness in turning process of mild steel. The test carry out using coated carbide inserts. The cutting speed use is 1500 and 2000rpm with depth of cut is 0.15 and 0.17mm while feed rate is 0.020 and 0.025mm/rev. This study focuses on the effect of the surface roughness while machining under different cutting parameters of the turning process. The taguchi method helps to select or to determine the optimum cutting conditions for the experiments. Thus the surface roughness of the workpiece will measure using a portable roughness measuring machine. Surface roughness of every workpiece under various cutting parameter will be measure as an impact to surface quality. The result reveal of the effects of cutting parameters on responses like surface roughness

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