MICROSTRUCTURE PROPERTIES OF (Α+Β) TITANIUM ALLOYS: A REVIEW

The aspiration of this paper is to establish and verify the relationship between the two phases of the titanium alloys production and phases of the alloy is considered as (α+β) phases , the relationship between (α+β) phases verify upon the basis of microstructure as well as mechanical properties. However, a few of the essential properties as yield stress, creep, ductility, HCF and LCF also optimized for the important micro structural utilities of the titanium alloy, and although both processing and microstructure include several variables, it can be shown that only some of the discussed base correlation of the application is possible. There is one more relationship between the properties such as cooling rate, slip phenomenon and colony size discussed and relate with the and compare with two phases of the alloy for insensitive and reproducible path. In order to produce a bi-lamellar structure , coarse and complete lamellar structure enhanced through by application of the an annealing heat treatment procedure that lead to transformation of the all β phases into hard lamellar fine α phases.