Abstract
In the present study, Friction Stir Processing (FSP) was used to produce the surface composite with ZrO2 as the reinforcement material and aluminum 5052 as the base material. Micro-hardness and wear tests were conducted to check the difference in the property of the prepared surface composite. The effect of tool rotational and traverse speeds on hardness and wear properties of the processed composite was studied. The optimum tool traverse and rotational speeds for the homogeneous dispersion of reinforcement in the workpiece were found to be 56 mm/min and 1400 rpm, respectively. The results showed an improved micro-hardness and enhanced wear property after the process.
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