Different machining environments impact analysis for Ti-6Al-4V alloy (Grade 5) turning process: A scoping review

Abstract The significant technological evolution for the machining of Ti-6Al-4V alloy has been a continuous talk for scientific and academic researchers. The analysis for a new methodology for improving performance and the implications needs to be explored further in this advanced aerospace alloy steel. Despite the advanced performance and due to the adverse characteristics of titanium alloy, for instance, thermal conductivity, chemical reactivity, and extreme temperature strength obstruct its potential application in the field of machining. The application of this titanium alloy revealing a great perspective in the field of the aeronautical realm. With this backdrop, this scoping review work aims for the apples-to-apples comparison machining conditions, characterization techniques, and influence of main cutting input parameters on output efficiencies during the turning process. A state of art recent technologies, issues, challenges, and with this the machining of material is also illustrated along with the possible research future directions.

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