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increesing order of ductlity CU,FE and Ti please tell me detail

increesing order of ductlity CU,FE and Ti please tell me detail


 

Grade:12th Pass

1 Answers

Suraj Prasad IIT Patna
askIITians Faculty 286 Points
9 years ago
High-strength Ti–Fe–Cu, Ti–Fe–Cu–Nd, Ti–Fe–Cu–Sn and Ti–Fe–Cu–Nd–Sn alloys were produced in the shape of arc-melted ingots with the dimensions of about 30mm in diameter and 10mm in height. The structure of these alloys consists of an ordered cP2 Ti(Fe,Cu) intermetallic compound and a disordered BCC cI2 β-Ti solid solution. The high strength values result from the high Fe and Cu contents in the supersaturated β-Ti solid solution (solution hardening) and high hardness of the Ti(Fe,Cu) intermetallic compound having a rounded morphology. The high strength and ductility values can be achieved without using the injection mould casting or rapid solidification procedure. Fine structure of the studied alloys, their deformation behavior and the fractography are also studied.

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