Abstract
It is known that the torsional extrusion process being used to create the object is complex in cross sectional profile. When compared to conventional extrusion, it is evident that the strength of the titanium alloy could be increased in torsional extrusion. This torsional extrusion process could also be applied the materials having the property of brittleness. Hence, the titanium alloys have huge application in aerospace industries in the area of jet engine components subjected to operating at extreme temperature. Besides, it is also used in critical airframe applications where high strength and fracture toughness are mandatory requirement. Further, it is also used as fasteners and tubing throughout the application of aircraft structures, since it involves a lot of complications with a huge investment for machining. This paper investigates the challenges and a difficulty in the torsional extrusion process [2].The material titanium is well known for its high temperature resistance and also possesses poor machining rate. Therefore, the study on Titanium machining is chosen to enrich the role of titanium alloys in the field of engineering science and materials.
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