The Experimental Investigation between Similar and Dissimilar materials using Friction Stir Welding Method

Friction stir welding is used for a few things like mechanical, biomedical, aerospace, fabricating, and nuclear innovation. In this process, two standing-up workpieces are joined together without the need to dissolve the composites. The process of scouring between the material of the workpiece and the rotating device, which loosens the material in the vicinity of the device, produces heat. Gadget dares to make a solid stage joint that is energized along its entire length. The Inclination Point, Turn Speed, and Travel Speed are the main welding constraints that were considered in this examination. Information explains what's happening the aluminum composite's strength and hardness are noticeably diminished when the joints are present. By virtue of the force created by the linking framework, this can be shown to represent an over-development of the aluminum composite. Normal T6 warming exercises, however, restore the mechanical characteristics of the aluminum-aluminum joint. This demonstrated the viability of FSW for connecting metals that are both related and dissimilar. The construction of top-notch welds and the weld's mechanical characteristics are the foundation of this job.