Abstract
AbstractMetal cutting is a significant operation in industries of developed countries and is developed to its maximum extent. Still, an alternate cutting tool material in the turning operations is gaining popularity against conventional tool materials over the past few years. This paper reports performance investigation of the adhesive bonded cutting tools as compared to the conventional brazed tools. The comparison was carried out by using factorial experimentation. A statistical mathematical model of the process is obtained by using factorial experimentation, regression analysis and movement along the gradient. Response surface methodology and steepest ascent method is used for finding the performance of the adhesive bonded tools as against the brazed tools. This experimentation indicates that all the major constraints of measuring cutting tool performance, namely tool life, cutting forces and surface roughness of machined parts, are improved as compared to the conventional brazed tools. The present work has indicated that adhesive bonded tools has an edge over brazing tools and hence may be used with distinct advantages in the field of metal cutting.KeywordsAdhesive bonded toolFactorial experimentationRegression analysisSteepest ascent methodCutting forceSurface roughnessTool life
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