Investigation of Shape Memory Nano Alloy and Blend Using Ball Milling

1. S. Alkan, Y. Wu, A. Ojha, H. Sehitoglu. Transformation stress of shapememory alloy CuZnAl: Non-Schmid behavior. ActaMaterialia.
149(2018)220-34.
2. Y.S.Kim,E.Choi,W.J.Kim.Characterizationofthemicrostructuresand the shape memory properties of the Fe-Mn-Si-Cr-Ni-C shape memory
alloy aftersevereplasticdeformationbydifferentialspeedrollingandsubsequentannealing.MaterialsCharacterization.136(2018)12-9.
3. F.A. Khalid, S.Z. Abbas. Characterization and properties of ferromagneticshapememoryalloys.MaterialsCharacterization.62(2011)1134-
40.
4. B.-j.Wu,X.Yang,H.-b.Peng,Y.-h.Wen.Roleofthermalmartensitein shape memory effect of CoAl and CoNi alloys. Transactions of
Nonferrous MetalsSocietyofChina.27(2017)382-9.
5. L. GomidŽEloviĆ, E. PoŽEga, A. Kostov, N. VukoviĆ, V. KrstiĆ,
D.ŽIvkoviĆ,etal.Thermodynamicsandcharacterizationofshapememory Cu–Al–Zn alloys. Transactions of Nonferrous Metals Society of
China. 25 (2015)2630-6.
6. E.Aldirmaz,M.Guler,E.Guler,A.Dere,A.Tataroğlu,A.G.Al-Sehemi,et al. A shape memory alloy based on photodiode for
optoelectronicapplications.JournalofAlloysandCompounds.743(2018)227-33.
7. J.J. Marattukalam, V.K. Balla, M. Das, S. Bontha, S.K. Kalpathy. Effect
ofheattreatmentonmicrostructure,corrosion,andshapememorycharacteristicsoflaserdepositedNiTi alloy. Journal of Alloys
andCompounds.744 (2018)337-46