Abstract
Damping capacity of in situ Al/TiB 2 composite with four kinds of particulate/Al interface was investigated. The Mixed-Salt reaction method was employed to fabricate Al/TiB 2 composite. Al–Ti master alloy and pure Mg ingot were used to form different particulate/matrix interfaces. Experimental results indicate that the damping capacity of Al/5 wt.% TiB 2 composite with Ti and Mg co-existing is much higher than that of Al/5 wt.% TiB 2 composite. The main effect of these two elements is the formation of the complex compound on particulate/Al interface, which resulted in the damping improvement of Al/TiB 2 composite.
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