Local mechanical properties of phases in Al-Al4C3 mechanical alloyed system measured by depth sensing indentation technique (in Slovak)
PESEK, L., BESTERCI, M., ZUBKO, P.
vol. 42 (2004), no. 6, pp. 415 - 422
Abstract
 Using a depth sensing indentation (DSI) technique, the Martens hardness HM, indentation modulus EIT and deformation work W for Al matrix and Al4C3 particles have been measured on mechanical alloyed system Al-Al4C3. It has been shown that the hardness of Al4C3 particles (10-14 GPa) is 5-7 times higher than the hardness of matrix. Hard particles absorb 2 times more elastic deformation energy than the soft matrix. Indentation modulus EIT, comparable with Youngs modulus is 2,5-5 times higher for particles than that for matrix. Key words
mechanical alloying, Al-Al4C3 material, depth sensing indentation (DSI), microhardness, Martens hardness, deformation work, indentation modulus  Full text not available
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