Abstract:

As aluminum alloys have a lower intensity than steel, they have a close resistance to steel with processes such as alloys, the aviation industry has enabled them to be widely used in many areas, primarily. But in addition to this significant advantage, the processing difficulties have caused some problems in the processing of aluminum alloys. The constant shake and shake of the shake are at the beginning of these problems. It is known that the cutting forces are increased with the re-cutting of the cutting material as a result of constant cutting formation. In this study, the multi-crystal diamond clusters applied to prevent the formation of constant clusters and the cutting forces occurring in the tornalation of the AA 6082 T4 alloy. In the study with the laser knowing method, multiple crystalline diamond (CKE) equipment created with different patch-breaking forms and non-breaking CKE equipment were used. Cutting parameters have determined the fixed advancement amount of 0.14 mm/div, two different cutting speeds and six different cutting depths. The results of the study found that the lowest cutting forces were achieved in experiments with crushing teams.

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