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Summary of major factors affecting mechanical properties of TiZr based alloys

机译:影响TiZr基合金力学性能的主要因素汇总

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摘要

Effects of major factors, such as alloy composition, crystal structure and grain size, on mechanical properties of TiZr based alloys are investigated and summarized in this work. The microhardness of TC4 alloy obviously increases 15.3% and 17.6% after 30 wt.% and 47 wt.% Zr additions, respectively. Nanoindentation results show that the average nanoindentation hardness of a phase in annealed 30 Zr is approximately 18% higher than that of retained β phase. Tensile test results show that variation in strength of basketweave microstructural 30 Zr alloy with original β grain size from 100 to 203 urn is less than 2%.
机译:本文研究并总结了主要因素,如合金成分,晶体结构和晶粒尺寸,对TiZr基合金力学性能的影响。加入30 wt。%和47 wt。%的Zr后,TC4合金的显微硬度明显增加了15.3%和17.6%。纳米压痕结果表明,退火的30 Zr中的平均纳米压痕硬度比保留的β相高约18%。拉伸测试结果表明,原始β晶粒尺寸为100至203 urn的篮状组织30 Zr合金的强度变化小于2%。

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