Ibrahim, Z., Nama Ali, S., S. Mohammed Nemer, N. (2015). INFLUENCE OF FORGING PROCESS ON THE MECHANICAL BEHAVIOR OF (AL/SIC) AND (AL/SIC/CU) - MMC’S PRODUCED BY P/M COMPACTS. , 28(1), 0-0.
ZamanKh. Ibrahim; Sami Nama Ali; Nasry S. Mohammed Nemer. "INFLUENCE OF FORGING PROCESS ON THE MECHANICAL BEHAVIOR OF (AL/SIC) AND (AL/SIC/CU) - MMC’S PRODUCED BY P/M COMPACTS". , 28, 1, 2015, 0-0.
Ibrahim, Z., Nama Ali, S., S. Mohammed Nemer, N. (2015). 'INFLUENCE OF FORGING PROCESS ON THE MECHANICAL BEHAVIOR OF (AL/SIC) AND (AL/SIC/CU) - MMC’S PRODUCED BY P/M COMPACTS', , 28(1), pp. 0-0.
Ibrahim, Z., Nama Ali, S., S. Mohammed Nemer, N. INFLUENCE OF FORGING PROCESS ON THE MECHANICAL BEHAVIOR OF (AL/SIC) AND (AL/SIC/CU) - MMC’S PRODUCED BY P/M COMPACTS. , 2015; 28(1): 0-0.

INFLUENCE OF FORGING PROCESS ON THE MECHANICAL BEHAVIOR OF (AL/SIC) AND (AL/SIC/CU) - MMC’S PRODUCED BY P/M COMPACTS

AL-TAQANI
Article 1, Volume 28, Issue 1, 2015, Pages 0-0
Authors
ZamanKh. Ibrahim; Sami Nama Ali; Nasry S. Mohammed Nemer
Abstract
In this paper the effects of hot forging used as a secondary process after powder metallurgy in fabrication of Metal Matrix Composites (MMC’s) was examined. A comprehensive study was made on the mechanical properties of MMCs after hot forging process, when maximum load of hot forging was estimated by FEM simulation (DEFORM-3D software). It was found that most properties are superior as compared to without forging process. Properties including compression strength, flextural strength and hardness were found to be better for most of the MMC’s. The hybrid MMc’s has the best properties compared with respective MMC’s before and after hot forging.
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