Özet:

In this study, the mechanical alloy method, which is widely used in powder metallurgy, has studied the microbuilding, intensity and depletion behaviors of the production of multi-wall carbon nanotubes (CDKNT) powder, which is added in different proportions to regular and irregular form Ti-6Al-4V powder, in different production conditions and synthesis environments. Mechanically mixed composite powder is obtained by compressing under pressure of 100 MPa with the help of single-axis press. The obtained cylindrical samples are synthesized at 1200°C in 120 minutes (10-3 mbar) vacuum and Argon (Ar) environment. The steering behaviors of the composites produced have been studied using the pin-on-disk steering test device. Under appropriate conditions, the exhaust rates of multi-wall carbon nanotube supplementary composite materials have been shown to decrease at the same distance (mm3/Nm), respectively, at 9.10-8, 5.10-8, 3.10-9, 3.10-8, 2.10-8, 1.87.10-8 in non-supplementary Ti-6Al-4V. In addition to the developed stretching characteristics, the work on the detailing of the CDKNT rates has been carried out. The screening test results have shown positive progress in the transition from the composite material produced to the Ti-6Al-4V screening mode. In this study, the stretching resistance was found to decrease in the same weight (Nm/mm3) respectively compared to the v/v percentage added to the direct volume, 1.107, 1.8.107, 2.7.107, 2.82.107, 3.35.107, 5.4.107 in non-supplementary Ti-6Al-4V. The result of increased supplementation is achieved as a result of healing properties along with the CDKNT rate.

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