Correlations between Structural and Hardness of Fe-50%Al Coating Prepared by Mechanical Alloying
DOI:
https://doi.org/10.32493/pjte.v1i2.3185Keywords:
Fe-50%Al, coating, structure, hardness, mechanical alloyingAbstract
Fe-50%Al coatings were deposited on the surface of low-carbon steel using mechanical alloying technique at different milling times. The correlation between structure and hardness of coating before and after heat treatment was investigated. At the milling time of less than 180 min, the coating has an elongated lamellar structure. The size of elongated lamellar structure decreased with increasing milling times which led to an increase in the hardness value of coating. After heat treatment, the coating transformed to FeAl intermetallic phase with a denser structure and uniform in the composition. It affected the hardness of coating. The hardness value of all samples after heat treatment was higher than coating after milling. The hardness of coating was strongly influenced by the morphology and phase of coating.
References
Canakci A, Erdemir F, Varol T and Ozkaya S 2013 Powder Technology 247 24
Sudiro T, Sebayang P, Aryanto D, Hia A I J and Sebayang K 2015 Teknologi Indonesia 38 156
Chen C, Zhang J, Duan C, Feng X and Y Shen 2016 J. Alloys and Compounds 660 208
Chaliampalias D, Vourlias G, Pavlidou E, Stergioudis G, Skolianos S and Chrissafis K 2008 Applied Surface Science 255 3104
Baig M, Ammar H R and A H Seikh 2016 Materials Science & Engineering A 655 132
Průša F, VojtÄ•ch D, Bláhová M, Michalcová A, KubatÃk T F and J ČÞek 2015 Materials and Design 75 65
Mhadhbi M, Khitouni M, Escoda L, SÅ©nol J J and Dammak M 2011 J Alloys and Compounds 509 3293
Romankov S, Sha W, Kaloshkin S D and Kaevitser K 2006 Surface and Coatings Technology 201 3235
Li B, Ding R, Shen Y, Hu Y and Guo Y 2012 Materials and Design 35 25
Mohammadnezhad M, Shamanian M and Enayati M H 2012 Applied Surface Science 263 730
Mohammadnezhad M, Shamanian M, Enayati M H and Salehi M 2013 Surface and Coatings Technology
64
Li Y, Chen C, Deng R, Feng X and Shen Y 2014 Powder Technology 268 165
Zadorozhnyy V Y, Kaevitser E V, Kopylov A N, Borisova Y V, Sudarchikov V V, Khasenova R S,
Gorshenkov M V, Zadorozhnyy M Y and Kaloshkin S D 2015 Surface & Coatings Technology 281 157
Saba F, Kabiri E, Khaki J V and Sabzevar M H 2016 Powder Technology 288 76
Aryanto D, Wismogroho A S and Sudiro T 2016 Jurnal of Physics: Conference Series 739 012132(1-5)
Liu H, Tang W, Wang Y, Liu C, Xu G and Zheng Z 2010 J. Alloys and Compounds 506 963
Haghighi S E, Janghorban K and Izadi S 2010 J. Alloys and Compounds 495 260
Gu J, Gu S, Xue L, Wu S and Yan Y 2012 Materials Science & Engineering A 558 684
Conrad H and Narayan J 2000 Scr. Mater. 42 1025
Samsonov G V 1968 Handbook of the physicochemical properties of the element (New York: IFI/Plenum)
Risanti D, Deges J, Falat L, Kobayashi S, Konrad J, Palm M, Pöter B, Schneider A, Stallybrass C and Stein F 2005 Intermetallics 13 1337
Furushima R, Katou K, Shimojima K, Hosokawa H, Mikami M dan Matsumoto A 2015 Intermetallics
120
Ozaki H and Kutsuna M 2012 Dissimilar Metal Joining of Zinc Coated Steel and Aluminum Alloy by Laser Roll Welding Welding Processes ed R Kovacevic (USA: InTech) Chapters 2 pp 33-54
