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| Effect of Tool Wear & Machinability Studies on Polymer |
Lokesh, K.S., Pinto, Thomas, Ramachandra, C.G.
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Abstract:
The fibre-reinforced composite materials possess advantage for structural purpose in various industries. Delamination is considered the major concern in manufacturing the parts and assembly. Drilling is frequently applied in production cycle while the anisotropy and non-homogeneity of composite materials affect the chip deformation and machining behavior during drilling. Traditional and non-traditional Drilling processes are feasible for making fine holes for composite materials by carefully selected tool, method and operating conditions. In This work, the path towards the delamination-free drilling of composite material is reviewed. The major scenes are illustrated including the Aspects of the analytical approach, the practical use of special drill bits (tungsten carbide and hss), the objective of the present work is to optimize process parameters namely, cutting speed, feed, drill bit dia in drilling of glass fibre reinforced polymer (GFRP) composites. Using analysis of variance (ANOVA), the collected experimented data were analyzed
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