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Investigation and Scrutiny of Drilling Process Parameters for Tool wear and Material Removal Rate of SMC Composite in the Itinerary of Fuzzy Inference Give up


 

The drilling action is the majority widespread process used in construction of holes and the primary input machining parameters are highly influencing over the output parameters of material removal rate, surface finish, dimensional exactness, shape precision, tool wear. In this at hand exploration the MRR and tool wear are predicted with respect to the input parameters with the Fuzzy Logic inference with MATLAB in order to lay the path of drilling effects on the polymer composite. The outcome of the Fuzzy inference compared in the midst of the experimental values and instituted to be in close conformity. 


Keywords

Polymer composite, tool wear, MRR, feed, speed, drill point angle, Fuzzy Logic, MATLAB
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  • Investigation and Scrutiny of Drilling Process Parameters for Tool wear and Material Removal Rate of SMC Composite in the Itinerary of Fuzzy Inference Give up

Abstract Views: 168  |  PDF Views: 2

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Abstract


The drilling action is the majority widespread process used in construction of holes and the primary input machining parameters are highly influencing over the output parameters of material removal rate, surface finish, dimensional exactness, shape precision, tool wear. In this at hand exploration the MRR and tool wear are predicted with respect to the input parameters with the Fuzzy Logic inference with MATLAB in order to lay the path of drilling effects on the polymer composite. The outcome of the Fuzzy inference compared in the midst of the experimental values and instituted to be in close conformity. 


Keywords


Polymer composite, tool wear, MRR, feed, speed, drill point angle, Fuzzy Logic, MATLAB