Özet:

In this study, AA5182 and AA7075 aluminum alloys with different properties were combined in the receiver position by the drainage mixing source (SKK) method. In the combinations made, the mixing end rotation circuit, the source advancement speed and the mixing end geometry were attempted to obtain combinations with different mechanical and microbuilding characteristics by changing. In the source connections combined with the SKK method, sampling tests have been applied to identify the impact of the source progress speed, the turning cycle of the mixing end and the end geometry on mechanical behaviors. The surface mechanisms of the samples broken as a result of the drawing test using the scanned electron microscope (SEM) have also been determined. From the data obtained from the draw test results, the combination of AA5182 and AA7075 aluminum alloys with the SKK method has shown that the appropriate rotation cycle, progress speed and end geometry combination have improved the source quality. Furthermore, the highest damage force was obtained in the draw test tests of samples combined with 980 gig/min rotation and 108 mm/min advance source parameters, using a conic helicopter end, with 16468 N.