Statistical M in Friction Sti Composit

the relationship between tool wear and process parameter ) of a Metal Matrix Composite (Al 359/SiC/20p). ) are superabrasive materials which consist of ce t a larger metal matrix. Fusion welded MMC joint s in the heat affected zone, disturbances in the particle e to a reduction in weld strength, and the formation 4C3) caused by localized melting. Though these effects ca h careful control of heat input, a solid -state joining process e viable alternative. However, FSW of MMCs is severely wear, a consequence of the contact between the tool an e the material its enhanced strength. , a statistical analysis technique frequently use , is used to characterize the degree of influence that rotation length of the weld joint have on wear in FSW of MMCs empirically derived equation which expresses the dependence d process parameters. The software PASW and used to assess the predictive capabilities of the multiple r Welding; Metal Matrix Composites; Tool Wear;