Özet:

Materials with different physical characteristics and ergime temperatures are quite difficult to generate by traditional source methods. The brushing source is one of the hard state source methods that are widely used in industrial applications in recent years, especially in the source of different materials. In this study, pure copper material and magnesium alloy are derived by the drilling source method. The drilling source process is carried out in different drilling times, under fixed drilling and accumulation pressure, accumulation time and rotation. Continuously drawing drawing source machine has been used for the drawing source process. After the source process, the microbuilding of the source interfaces is studied with a scanned electron microscope. Micro hardness measurements have been made from one matrix to the other. The strength of the reservoir area is determined using a specially designed cutting test device. Scanner electron microscope images have revealed that there is no fraction, emptiness and oxygen layer on the scratch source interfaces. It was observed that there was a diffusion area on the source interface. Cutting test results showed that the cutting strength of the source interface increased as the cutting time increased.

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