Optimization Of Mrr And Surface Roughness Parameter During...

Optimization Of MRR And Surface Roughness Parameter During Turning And Drilling Operation On Mild Steel Bright In CNC Lathe Using Taguchi Technique: A Literature Review Mansuri Sufiyan, Ghanchi Safik, Rana Pragnesh, Modhiya Zankar, Qureshi Shadab and Manoj Kumar Pal, Agrawal Chetan. Institute of Technology and Management, Vadodara 1. Abstract The Main Objective of Presentation this paper is to make attempt to Acquire Brief overview of the need of Optimization process in Recent Manufacturing Trends. The Drilling and Turning is essential Operation that is carried out by every manufacturing firm using mostly Computer Numerical Control Machines. The purpose of the Product Quality improvement is to satisfy Customer need and expectation. Thus Improvement in Product quality can be achieved by Taguchi Robust Design Method for Drilling, Turning, Facing, Boring etc Operations. The S/N ratio and Analysis Of Variance (ANOVA) is going to implement to know contribution of each selected parameters on Surface Roughness and MRR. For the improvement in Drilling process the Control parameters considered are Depth of cut, Feed and Cutting Speed and for Turning control parameters are Feed, Speed and Depth of cut irrespective to the Surface finish and Material Removing Rate With Considering presence and absence of cutting fluid. This paper re views various literatures on optimization of drilling and turning process by studying influence of various parameters like feed, depth of cut, speed,Show MoreRelatedA Brief Note On Electrical Discharge Machining ( Edm )1861 Words   |  8 Pagesand other source in the media. We are broadly classified all the paper into five different category, i.e. paper related to Electrical discharge machining (EDM), material related (workpiece or tool), some paper related to the effect of input parameters on (MRR,TWR and SR), dielectric fluid and the effect of flushing. 2.2 Electrical discharge machining (EDM) It is a process that is used to remove metal through the action of an electrical discharge of short duration and high current density between