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In the present study, amorphous Mg 49 Y 15 Cu 36 and Ti 50 Cu 28 Ni 15 Sn 7 alloy powders were synthesized separately by using a mechanical alloying technique. The dual-phase (Mg 49 Y 15 Cu 36 ) 100-x (Ti 50 Cu 28 Ni 15 Sn 7 ), (x = 0, 10, 20, 30, 40, and 50vol%) powders were prepared by mixing the corresponding amorphous powders. The amorphous dual-phase powders were then consolidated into bulk metallic glass (BMG) discs. The amorphization status of as-prepared powders and BMG discs was confirmed by X-ray diffraction and by using a differential scanning calorimeter. The microstructure of the BMG discs showed that the Ti 50 Cu 28 Ni 15 Sn 7 phase is distributed homogeneously within the Mg 49 Y 15 Cu 36 matrix. The (Mg 49 Y 15 Cu 36 ) 50 (Ti 50 Cu 28 Ni 15 Sn 7 ) 50 BMG disc exhibited a relative density of 97.2% and its Vickers microhardness was 526±20 kg/mm 2 .

Preparation and Characterization of Dual-Phase Bulk Metallic Glasses through Powder Metallurgy Route