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Zr-based bulk metallic glass possesses the highest potential as a structural material among metallic glasses. However, the production conditions have a great effect on its glass-forming ability (GFA) and mechanical characteristics. In this paper, an attempt was made to find the effect of a hereditary structure on the GFA and mechanical properties of a solid Zr 52.8 Cu 29.1 Ni 7.3 Al 9.8 Y 1  bulk metallic glass in order to evaluate a novel process of using binary alloys as precursors, which have a hereditary relation to the aim metallic glass (MGs). When the quenching temperature is below the threshold overheating temperature, the hereditary process can improve the GFA and compressive strength obviously. At a quenching temperature of 1523 K, the hereditary process can improve the supercooled liquid region Δ T  x  from 33 K to 55 K and the compressive strength from 1555 MPa to 1652 MPa.

Glass-forming ability and mechanical properties of a Zr 52.8 Cu 29.1 Ni 7.3 Al 9.8 Y 1 bulk metallic glass prepared by hereditary process