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Microstructure refinement in biodegradable Zn-Cu-Ca alloy for enhanced mechanical properties,degradation homogeneity,and strength retention in simulated physiological condition

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Journal of Materials Science & Technology 2022年第30期125卷 1-14页

作者： Nan Yang Nagasivamuni Balasubramani Jeffrey Venezuela Helle Bielefeldt-Ohmann Rachel Allavena Sharifah Almathami Matthew Dargusch Queensland Centre for Advanced Materials Processing and Manufacturing(AMPAM)School of mechanical and Mining Engineering The University of QueenslandAdvanced Engineering BuildingBld 49Staff House Rd.St LuciaQLD 4072Australia School of Veterinary Science The University of QueenslandGattonQLD 4343Australia School of Chemistry and Molecular Biosciences The University of QueenslandQLD 4072Australia

Zn-1.0Cu-0.5Ca(TA15)alloy has shown promising characteristics of enhanced mechanical properties and biodegradability for absorbable cardiovascular stents,endovascular devices,and wound closure devices *** this study,the TA15 alloy for bioabsorbable biomedical applications is *** the conventionally cast TA15(TA15-C)alloy,CaZn_(13) phase are present as a large dendritic network with an average size of 73.25±112.84μm,Hot rolling of the TA15-C alloy has broken the long and dendritic network of the CaZn_(13) phases,however,the refined phases are observed as segregations and the distribution is *** segregated CaZn_(13) suffered heavy localised corrosion which lead to poor mechanical properties in the as-fabricated condition and after *** treatment(UST)during casting is identified as an effective technique for the refinement and redistribution of CaZn_(13) particles in TA15 alloy,which successfully reduce the size of the CaZn_(13) phase to 10.91±4.65μm in the as-solidified *** hot rolling,the UST processed TA15(TA15-UST)shows improved mechanical properties due to grain refinement and the reduction in microstructural defects,*** broken CaZn_(13) *** of 8-week immersion corrosion tests showed that both alloys possess very similar corrosion ***,TA15-UST has markedly improved corrosion homogeneity compared to TA15-N which favours the retention of mechanical properties even after prolonged exposure to physiological fluids.

关键词： Biodegradable Zn alloy Peritectic phase refinement In vitro corrosion mechanical property retention Cytocompatibility

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