Optimization of Parameters in CNC Turning Operation: A Review

Mechanical

Today due to ecumenical competition in manufacturing industries, the conventional machining processes have been superseded by advanced manufacturing processes. Several advanced nonconventional machine implements are available concretely computer numerical control (CNC) turning is the major used machine implement in metal predicated industries. Due to the incrementing authoritative ordinance of the higher precision components for its functional aspect, surface roughness of a machined part plays a consequential role in the modern manufacturing process. To get the minimum surface roughness sundry turning parameter like cutting speed, depth of cut, aliment rate, metal abstraction rate (MRR) and implement geometry etc. are required among all these parameter optimal parameter are resolute by utilizing sundry optimization techniques. Productivity as well as quality both has a homogeneous impact on final product. This paper describes sundry optimization techniques and the literature review for the influence of CNC turning parameter on surface roughness as well as other replication variables.

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