Within the frame of current research work the following conclusions can be derived.
a) Experimental result shows that Wt% of SiC, Transverse Speed, Tool Geometry and Rotational Speed influence
the tensile strength of Friction Stir Welding.
b) UTS of Friction Stir Weld is highly influenced by Wt% of SiC. As the Wt% of SiC increases, UTS increases.
c) From Taguchi analysis conclusions can be drawn out that Rotational Speed have not more effects on tensile
compared to Wt% of SiC, Transverse Speed and Tool Geometry.
d) Friction Stir Welding done by using Threaded tool have more UTS than compare to Cylindrical & Taper tool.
e) From the ANOVA, it is concluded that the Variation in Wt% of SiC having Highest significant influence on
UTS of FSW followed by Transverse Speed and then Tool Geometry