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Gul, Waheed
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article
Development and Characterization of NiTiCu Alloy using Powder Metallurgy Route
Abstract
In this research, TiNiCu alloys are developed<br> using the powder metallurgy route. Two batches are<br> prepared with varied compositions. Sample one holds<br> Ti50 Ni50 by atomic weight. Ti50 Ni45 Cu5 composition<br> is set for second sample and Ti50 Ni40 Cu10 for the<br> preparation of third sample.The treatment of both the<br> batches are done in different environmental conditions.The<br> development methodology is opted based on the ability<br> to produce porous alloys of varied grain sizes and<br> densities. Several other techniques like Vacuum Arc<br> Melting, Spark plasma Sintering are also used in the<br> industry for obtaining high porosity levels in the<br> developed SMA alloys. Here, the effect of variation of<br> porosity on other mechanical and physical markers is<br> also studied. Non-destructive characterization<br> techniques are implied to identify the developed NiTi alloys and to access the behavior. XRD, DSC and Micro-<br> hardness tests are performed and the results are analysed and compared with the previous research<br> studies.