Characteristics of FeCuAl Powder Compacts Sintered at Different Schedules
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Sharma, D., K. Chandra and P.S. Misra, 2011. Design and Development of Powder Processed Fe-P Based Alloys. Materials and Design, 32: 3198-3204.
Yamaguchi, K., N. Takakura and S. Imatani, 1997. Compaction and Sintering Characteristics of Composite Metal Powders. Journal of Material Processing Technology, 63: 364-369.
Rahman, M.M. and S.S.M. Nor, 2009. An Experimental Investigation of Metal Powder Compaction at Elevated Temperature. Mechanics of Materials, 41: 553-560.
Dowson, G., 1998. Introduction to powder metallurgy, EPMA education aid, MPR Publishing Services Ltd.
Rahman, M.M. and A.M. Nor, 2014. Effect of Feedstock Preparation and Forming Temperature to the Characteristics of Green Compacts. Advanced Materials Research, 879: 245-250.
Nor, S.S.M., M.M. Rahman, F. Tarlochan, B. Shahida and A.K. Ariffin, 2008. The effect of lubrication in reducing net friction in warm powder compaction process. Journal of Materials Processing Technology, 207: 118-124.
Babakhani, A., A. Haerian and M. Ghambari 2006. On the Combined Effect of Lubrication and Compaction Temperature on Properties of Iron-Based P/M Parts. Materials Science and Engineering A, 437: 360-365.
German, R.M.,1996. Sintering theory and practice. John Wiley & Sons, Inc.
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