Abstract
The Zn-Ag-Mg alloy system is a promising candidate material for a wide range of applications in the biomedical field. In this study, two rolling routes: unidirectional rolling (UR) and cross rolling (CR), were applied to induced different microstructural features on the presented Zn alloy. It was experimentally demonstrated that rolling in different ways, modifies the microstructural features from the as-cast condition and have a dramatic impact on the Zn-based alloy mechanical behavior. The better balance between yield strength (YS), ultimate strength (UTS) and elongation (%E) was obtained from the Zn-10.0Ag-1.0Mg alloy in CR with values ∼250MPa, ∼330MPa and ∼30, respectively.
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