A Study On The Application Of The Taguchi Method On Piston & Hydraulic System

Abstract

The Present Study Is Associate In Nursing Experimental Investigation To Check Result Of Vital Friction Stir Welding (FSW) Process Parameters On Hardness Of Surface Changed 60/40brassplates, To Optimize These Parameters And To Work Out That Of Them Is Critical By Exploitation Response Surface Methodology And Taguchi Optimization Method. Experimental Work Was Done Out To Provide Completely Various Levels Of Method Parameters; Friction Stir Welding Joints Were Generated. Tool Rotation Speed, Tool Travel Speed And Range Of Passes. Tool Rotation Speed Is Varied At 3 Levels (710,1000 And 1400 Rpm), Whereas Tool Travel Speed Is Varied At 3 Levels (20,28 And 40 Mm/min). Tool Angle And Plunge Depth Area Unit’s Unbroken Constant. Optimum Combination Of Method Parameters Setting Is Found: Tool Rotation Speed Of One Thousand Rate, Tool Travel Speed Of Twenty Mm/min & Two No. Of Passes.(Tool Motion Speed, Traverse Speed, Pin Profile (based On Taper Angle), The Quantitative Relation Between Shoulder Diameter (D) And Pin Diameter(d) (D/d Ratio), Tool Angle, Plunge Depth, And Base Metal Location.

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