Friction Stir Welding is a novel solid state joining technique employed mostly for joining of Al-... more Friction Stir Welding is a novel solid state joining technique employed mostly for joining of Al-alloys. The current study focuses on the optimization of welding parameters for FSwelding of AA-2014. The aim of the study is to determine the best set of FSW parameters, tool design, temper conditions of base metal and PWHT in order to obtain maximum weld strength as compared to unwelded AA-2014 strength in T-6 condition. As a result, the Optimum set of weld parameters like tool rotation, travel speed and tilt angle are determined. Better joint efficiency (joint strength as compared to base metal strength in T-6 condition) is obtained for S.T. condition as compared to T-6 temper
Friction Stir Welding is a novel solid state joining technique employed mostly for joining of Al-... more Friction Stir Welding is a novel solid state joining technique employed mostly for joining of Al-alloys. The current study focuses on the optimization of welding parameters for FSwelding of AA-2014. The aim of the study is to determine the best set of FSW parameters, tool design, temper conditions of base metal and PWHT in order to obtain maximum weld strength as compared to unwelded AA-2014 strength in T-6 condition. As a result, the Optimum set of weld parameters like tool rotation, travel speed and tilt angle are determined. Better joint efficiency (joint strength as compared to base metal strength in T-6 condition) is obtained for S.T. condition as compared to T-6 temper
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temper conditions of base metal and PWHT in order to obtain maximum weld strength as compared to unwelded AA-2014 strength in T-6 condition. As a result, the Optimum set of weld
parameters like tool rotation, travel speed and tilt angle are determined. Better joint efficiency (joint strength as compared to base metal strength in T-6 condition) is obtained for S.T.
condition as compared to T-6 temper
temper conditions of base metal and PWHT in order to obtain maximum weld strength as compared to unwelded AA-2014 strength in T-6 condition. As a result, the Optimum set of weld
parameters like tool rotation, travel speed and tilt angle are determined. Better joint efficiency (joint strength as compared to base metal strength in T-6 condition) is obtained for S.T.
condition as compared to T-6 temper